GT hardware and tier variants

Functional machines, generators, hatches and supporting hardware, with source recipes and current checkpoint decisions. Deferred entries are shown so later-tier items cannot be mistaken for omissions.

GT-00001

Bronze Hull

include

Function

For your first Steam Machines

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • Bronze Plate
  • Hammer
  • Programmed Circuit
  • Single Use Hard Hammer

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
0
Native Max EUInput
0
Native Max EUOutput
0
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest referencesNone recorded
Full native requirements and source evidence
Domain
infrastructure
Tier
ULV
Family
BasicHullBronze
Registry
gregtech:gt.blockmachines
Metadata
1
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • For your first Steam Machines
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.common.tileentities.machines.MTEBasicHullBronze
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    2,227
    M EUt
    16
    M Duration
    50
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • Bronze Plate × 8 gregtech:gt.metaitem.01 @17300
    • Programmed Circuit × 0 gregtech:gt.integrated_circuit @8
    Outputs
    • Bronze Hull × 1 gregtech:gt.blockmachines @1
    Fluid Inputs
    None recorded
    Fluid Outputs
    None recorded
    Metadata
Material Supply Programs
Mechanical
P003
Circuits
P005
Platinum group metals
P007
Lanthanide materials
P008
Plastics/rubbers
P011
Standard ore metals
P001/P002/P009
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,227
M EUt
16
M Duration
50
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • Bronze Plate × 8 gregtech:gt.metaitem.01 @17300
  • Programmed Circuit × 0 gregtech:gt.integrated_circuit @8
Outputs
  • Bronze Hull × 1 gregtech:gt.blockmachines @1
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Admission Boundary
Ordinary material/component source paths are the explicit proposed production systems; no claim of present stock or successful world commissioning.
Item Obtainability
include
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,227
M EUt
16
M Duration
50
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • Bronze Plate × 8 gregtech:gt.metaitem.01 @17300
  • Programmed Circuit × 0 gregtech:gt.integrated_circuit @8
Outputs
  • Bronze Hull × 1 gregtech:gt.blockmachines @1
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
0
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00002

Bricked Bronze Hull

include

Function

For your first Steam Machines

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • Bricks
  • Bronze Plate
  • Hammer
  • Programmed Circuit
  • Single Use Hard Hammer

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
0
Native Max EUInput
0
Native Max EUOutput
0
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-00000000002e
    Title
    More Advanced Alloys
    Line
    Tier 0.5 - Steam
    Gate
    Tier
    0.5
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\Tier05Steam-AAAAAAAAAAAAAAAAAAAAAg==\MoreAdvancedAllo-AAAAAAAAAAAAAAAAAAAALg==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
ULV
Family
BasicHullBronzeBricks
Registry
gregtech:gt.blockmachines
Metadata
2
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • For your first Steam Machines
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.common.tileentities.machines.MTEBasicHullBronzeBricks
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    2,228
    M EUt
    16
    M Duration
    50
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • Bronze Plate × 5 gregtech:gt.metaitem.01 @17300
    • Bricks × 3 minecraft:brick_block @0
    • Programmed Circuit × 0 gregtech:gt.integrated_circuit @6
    Outputs
    • Bricked Bronze Hull × 1 gregtech:gt.blockmachines @2
    Fluid Inputs
    None recorded
    Fluid Outputs
    None recorded
    Metadata
Item Obtainability
include
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,228
M EUt
16
M Duration
50
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • Bronze Plate × 5 gregtech:gt.metaitem.01 @17300
  • Bricks × 3 minecraft:brick_block @0
  • Programmed Circuit × 0 gregtech:gt.integrated_circuit @6
Outputs
  • Bricked Bronze Hull × 1 gregtech:gt.blockmachines @2
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,228
M EUt
16
M Duration
50
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • Bronze Plate × 5 gregtech:gt.metaitem.01 @17300
  • Bricks × 3 minecraft:brick_block @0
  • Programmed Circuit × 0 gregtech:gt.integrated_circuit @6
Outputs
  • Bricked Bronze Hull × 1 gregtech:gt.blockmachines @2
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
0
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00003

Steel Hull

include

Function

For improved Steam Machines

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • Hammer
  • Programmed Circuit
  • Single Use Hard Hammer
  • Steel Plate

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
0
Native Max EUInput
0
Native Max EUOutput
0
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest referencesNone recorded
Full native requirements and source evidence
Domain
infrastructure
Tier
ULV
Family
BasicHullSteel
Registry
gregtech:gt.blockmachines
Metadata
3
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • For improved Steam Machines
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.common.tileentities.machines.MTEBasicHullSteel
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    2,229
    M EUt
    16
    M Duration
    50
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • Steel Plate × 8 gregtech:gt.metaitem.01 @17305
    • Programmed Circuit × 0 gregtech:gt.integrated_circuit @6
    Outputs
    • Steel Hull × 1 gregtech:gt.blockmachines @3
    Fluid Inputs
    None recorded
    Fluid Outputs
    None recorded
    Metadata
Material Supply Programs
Mechanical
P003
Circuits
P005
Platinum group metals
P007
Lanthanide materials
P008
Plastics/rubbers
P011
Standard ore metals
P001/P002/P009
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,229
M EUt
16
M Duration
50
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • Steel Plate × 8 gregtech:gt.metaitem.01 @17305
  • Programmed Circuit × 0 gregtech:gt.integrated_circuit @6
Outputs
  • Steel Hull × 1 gregtech:gt.blockmachines @3
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Admission Boundary
Ordinary material/component source paths are the explicit proposed production systems; no claim of present stock or successful world commissioning.
Item Obtainability
include
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,229
M EUt
16
M Duration
50
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • Steel Plate × 8 gregtech:gt.metaitem.01 @17305
  • Programmed Circuit × 0 gregtech:gt.integrated_circuit @6
Outputs
  • Steel Hull × 1 gregtech:gt.blockmachines @3
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
0
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00004

Bricked Wrought Iron Hull

include

Function

For improved Steam Machines

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • Bricks
  • Hammer
  • Programmed Circuit
  • Single Use Hard Hammer
  • Wrought Iron Plate

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
0
Native Max EUInput
0
Native Max EUOutput
0
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-0000000001f1
    Title
    Lit Way to Get Charred
    Line
    Tier 0.5 - Steam
    Gate
    Tier
    0.5
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\Tier05Steam-AAAAAAAAAAAAAAAAAAAAAg==\LitWaytoGetCharr-AAAAAAAAAAAAAAAAAAAB8Q==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
ULV
Family
BasicHullSteelBricks
Registry
gregtech:gt.blockmachines
Metadata
4
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • For improved Steam Machines
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.common.tileentities.machines.MTEBasicHullSteelBricks
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    2,230
    M EUt
    16
    M Duration
    50
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • Wrought Iron Plate × 5 gregtech:gt.metaitem.01 @17304
    • Bricks × 3 minecraft:brick_block @0
    • Programmed Circuit × 0 gregtech:gt.integrated_circuit @6
    Outputs
    • Bricked Wrought Iron Hull × 1 gregtech:gt.blockmachines @4
    Fluid Inputs
    None recorded
    Fluid Outputs
    None recorded
    Metadata
Item Obtainability
include
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,230
M EUt
16
M Duration
50
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • Wrought Iron Plate × 5 gregtech:gt.metaitem.01 @17304
  • Bricks × 3 minecraft:brick_block @0
  • Programmed Circuit × 0 gregtech:gt.integrated_circuit @6
Outputs
  • Bricked Wrought Iron Hull × 1 gregtech:gt.blockmachines @4
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,230
M EUt
16
M Duration
50
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • Wrought Iron Plate × 5 gregtech:gt.metaitem.01 @17304
  • Bricks × 3 minecraft:brick_block @0
  • Programmed Circuit × 0 gregtech:gt.integrated_circuit @6
Outputs
  • Bricked Wrought Iron Hull × 1 gregtech:gt.blockmachines @4
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
0
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00010

ULV Machine Hull

include

Function

You just need Imagination to use this.

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 1x Lead Cable
  • ULV Machine Casing
  • Wood Plank
  • Wrought Iron Plate

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
0
Native Max EUInput
8
Native Max EUOutput
8
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-0000000003a7
    Title
    Power of the Sun 1x1
    Line
    MultipleQuestLine
    Gate
    Tier
    2.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\MultipleQuestLine\PoweroftheSun1x1-AAAAAAAAAAAAAAAAAAADpw==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
ULV
Family
BasicHull
Registry
gregtech:gt.blockmachines
Metadata
10
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • You just need Imagination to use this.
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEBasicHull
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    4,435
    M EUt
    16
    M Duration
    25
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • 1x Lead Cable × 2 gregtech:gt.blockmachines @1226
    • ULV Machine Casing × 1 gregtech:gt.blockcasings @0
    Outputs
    • ULV Machine Hull × 1 gregtech:gt.blockmachines @10
    Fluid Inputs
    • Name
      molten.plastic
      Amount
      288
    Fluid Outputs
    None recorded
    Metadata
Item Obtainability
include
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,435
M EUt
16
M Duration
25
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Lead Cable × 2 gregtech:gt.blockmachines @1226
  • ULV Machine Casing × 1 gregtech:gt.blockcasings @0
Outputs
  • ULV Machine Hull × 1 gregtech:gt.blockmachines @10
Fluid Inputs
  • Name
    molten.plastic
    Amount
    288
Fluid Outputs
None recorded
Metadata
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,435
M EUt
16
M Duration
25
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Lead Cable × 2 gregtech:gt.blockmachines @1226
  • ULV Machine Casing × 1 gregtech:gt.blockcasings @0
Outputs
  • ULV Machine Hull × 1 gregtech:gt.blockmachines @10
Fluid Inputs
  • Name
    molten.plastic
    Amount
    288
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00011

LV Machine Hull

include

Function

You just need Imagination to use this.

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 1x Tin Cable
  • LV Machine Casing
  • Steel Plate
  • Wrought Iron Plate

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
1
Native Max EUInput
32
Native Max EUOutput
32
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-000000000049
    Title
    Basic Crafting: Machine Hulls
    Line
    Tier 0.5 - Steam
    Gate
    Tier
    0.5
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\Tier05Steam-AAAAAAAAAAAAAAAAAAAAAg==\BasicCraftingMac-AAAAAAAAAAAAAAAAAAAASQ==.json
  • Uuid
    00000000-0000-0000-0000-000000000606
    Title
    Crop Automation
    Line
    Fishing, Farming, Cooking
    Gate
    Tier
    1.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\FishingFarmingCo-AAAAAAAAAAAAAAAAAAAACg==\CropAutomation-AAAAAAAAAAAAAAAAAAAGBg==.json
  • Uuid
    00000000-0000-0000-0000-0000000003ac
    Title
    Cleanroom
    Line
    Multiblock Goals
    Gate
    Tier
    3.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\MultiblockGoals-AAAAAAAAAAAAAAAAAAAADA==\Cleanroom-AAAAAAAAAAAAAAAAAAADrA==.json
  • Uuid
    00000000-0000-0000-0000-0000000003a9
    Title
    Power of the Sun 1x1 LV
    Line
    How to Generate Power
    Gate
    Tier
    3.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\HowtoGeneratePow-AAAAAAAAAAAAAAAAAAAACQ==\PoweroftheSun1x1-AAAAAAAAAAAAAAAAAAADqQ==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
LV
Family
BasicHull
Registry
gregtech:gt.blockmachines
Metadata
11
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • You just need Imagination to use this.
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEBasicHull
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    4,436
    M EUt
    16
    M Duration
    50
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • 1x Tin Cable × 2 gregtech:gt.blockmachines @1246
    • LV Machine Casing × 1 gregtech:gt.blockcasings @1
    Outputs
    • LV Machine Hull × 1 gregtech:gt.blockmachines @11
    Fluid Inputs
    • Name
      molten.plastic
      Amount
      288
    Fluid Outputs
    None recorded
    Metadata
Item Obtainability
include
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,436
M EUt
16
M Duration
50
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Tin Cable × 2 gregtech:gt.blockmachines @1246
  • LV Machine Casing × 1 gregtech:gt.blockcasings @1
Outputs
  • LV Machine Hull × 1 gregtech:gt.blockmachines @11
Fluid Inputs
  • Name
    molten.plastic
    Amount
    288
Fluid Outputs
None recorded
Metadata
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,436
M EUt
16
M Duration
50
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Tin Cable × 2 gregtech:gt.blockmachines @1246
  • LV Machine Casing × 1 gregtech:gt.blockcasings @1
Outputs
  • LV Machine Hull × 1 gregtech:gt.blockmachines @11
Fluid Inputs
  • Name
    molten.plastic
    Amount
    288
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00012

MV Machine Hull

include

Function

You just need Imagination to use this.

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 1x Annealed Copper Cable
  • 1x Copper Cable
  • Aluminium Plate
  • MV Machine Casing
  • Wrought Iron Plate

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
2
Native Max EUInput
128
Native Max EUOutput
128
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-00000000047c
    Title
    Tier 2 (MV)
    Line
    Tier 2 - MV
    Gate
    Tier
    2.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\Tier2MV-AAAAAAAAAAAAAAAAAAAABA==\Tier2MV-AAAAAAAAAAAAAAAAAAAEfA==.json
  • Uuid
    00000000-0000-0000-0000-0000000003ec
    Title
    Power of the Sun 1x1 MV
    Line
    How to Generate Power
    Gate
    Tier
    2.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\HowtoGeneratePow-AAAAAAAAAAAAAAAAAAAACQ==\PoweroftheSun1x1-AAAAAAAAAAAAAAAAAAAD7A==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
MV
Family
BasicHull
Registry
gregtech:gt.blockmachines
Metadata
12
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • You just need Imagination to use this.
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEBasicHull
Maps
None recorded
Recipe Count
3
Pre IVSource Recipe Count
3
Non Direct ALSource Recipe Count
3
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    4,437
    M EUt
    16
    M Duration
    50
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • 1x Copper Cable × 2 gregtech:gt.blockmachines @1366
    • MV Machine Casing × 1 gregtech:gt.blockcasings @2
    Outputs
    • MV Machine Hull × 1 gregtech:gt.blockmachines @12
    Fluid Inputs
    • Name
      molten.plastic
      Amount
      288
    Fluid Outputs
    None recorded
    Metadata
Item Obtainability
include
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,437
M EUt
16
M Duration
50
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Copper Cable × 2 gregtech:gt.blockmachines @1366
  • MV Machine Casing × 1 gregtech:gt.blockcasings @2
Outputs
  • MV Machine Hull × 1 gregtech:gt.blockmachines @12
Fluid Inputs
  • Name
    molten.plastic
    Amount
    288
Fluid Outputs
None recorded
Metadata
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,437
M EUt
16
M Duration
50
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Copper Cable × 2 gregtech:gt.blockmachines @1366
  • MV Machine Casing × 1 gregtech:gt.blockcasings @2
Outputs
  • MV Machine Hull × 1 gregtech:gt.blockmachines @12
Fluid Inputs
  • Name
    molten.plastic
    Amount
    288
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00013

HV Machine Hull

include

Function

You just need Imagination to use this.

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 1x Gold Cable
  • HV Machine Casing
  • Polyethylene Sheet
  • Stainless Steel Plate

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
3
Native Max EUInput
512
Native Max EUOutput
512
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-0000000000a0
    Title
    Tier 3 (HV)
    Line
    Tier 3 - HV
    Gate
    Tier
    3.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\Tier3HV-AAAAAAAAAAAAAAAAAAAABQ==\Tier3HV-AAAAAAAAAAAAAAAAAAAAoA==.json
  • Uuid
    00000000-0000-0000-0000-000000000471
    Title
    Kinetic Power HV
    Line
    MultipleQuestLine
    Gate
    Tier
    3.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\MultipleQuestLine\KineticPowerHV-AAAAAAAAAAAAAAAAAAAEcQ==.json
  • Uuid
    00000000-0000-0000-0000-00000000042b
    Title
    Space Station
    Line
    Space Race
    Gate
    Tier
    3.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\SpaceRace-AAAAAAAAAAAAAAAAAAAAIg==\SpaceStation-AAAAAAAAAAAAAAAAAAAEKw==.json
  • Uuid
    00000000-0000-0000-0000-00000000042b
    Title
    Space Station
    Line
    Space Race
    Gate
    Tier
    3.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\SpaceRace-AAAAAAAAAAAAAAAAAAAAIg==\SpaceStation-AAAAAAAAAAAAAAAAAAAEKw==.json
  • Uuid
    00000000-0000-0000-0000-0000000003ef
    Title
    Power of the Sun 1x1 HV
    Line
    How to Generate Power
    Gate
    Tier
    5.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\HowtoGeneratePow-AAAAAAAAAAAAAAAAAAAACQ==\PoweroftheSun1x1-AAAAAAAAAAAAAAAAAAAD7w==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
HV
Family
BasicHull
Registry
gregtech:gt.blockmachines
Metadata
13
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • You just need Imagination to use this.
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEBasicHull
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    4,439
    M EUt
    16
    M Duration
    50
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • 1x Gold Cable × 2 gregtech:gt.blockmachines @1426
    • HV Machine Casing × 1 gregtech:gt.blockcasings @3
    Outputs
    • HV Machine Hull × 1 gregtech:gt.blockmachines @13
    Fluid Inputs
    • Name
      molten.plastic
      Amount
      288
    Fluid Outputs
    None recorded
    Metadata
Item Obtainability
include
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,439
M EUt
16
M Duration
50
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Gold Cable × 2 gregtech:gt.blockmachines @1426
  • HV Machine Casing × 1 gregtech:gt.blockcasings @3
Outputs
  • HV Machine Hull × 1 gregtech:gt.blockmachines @13
Fluid Inputs
  • Name
    molten.plastic
    Amount
    288
Fluid Outputs
None recorded
Metadata
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,439
M EUt
16
M Duration
50
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Gold Cable × 2 gregtech:gt.blockmachines @1426
  • HV Machine Casing × 1 gregtech:gt.blockcasings @3
Outputs
  • HV Machine Hull × 1 gregtech:gt.blockmachines @13
Fluid Inputs
  • Name
    molten.plastic
    Amount
    288
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00014

EV Machine Hull

include

Function

You just need Imagination to use this.

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 1x Aluminium Cable
  • EV Machine Casing
  • Polyethylene Sheet
  • Titanium Plate

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
4
Native Max EUInput
2,048
Native Max EUOutput
2,048
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-00000000042b
    Title
    Space Station
    Line
    Space Race
    Gate
    Tier
    3.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\SpaceRace-AAAAAAAAAAAAAAAAAAAAIg==\SpaceStation-AAAAAAAAAAAAAAAAAAAEKw==.json
  • Uuid
    00000000-0000-0000-0000-0000000000b0
    Title
    Tier 4 (EV)
    Line
    Tier 4 - EV
    Gate
    Tier
    4.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\Tier4EV-AAAAAAAAAAAAAAAAAAAABg==\Tier4EV-AAAAAAAAAAAAAAAAAAAAsA==.json
  • Uuid
    00000000-0000-0000-0000-0000000006b7
    Title
    Power of the Sun 1x1 EV
    Line
    How to Generate Power
    Gate
    Tier
    5.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\HowtoGeneratePow-AAAAAAAAAAAAAAAAAAAACQ==\PoweroftheSun1x1-AAAAAAAAAAAAAAAAAAAGtw==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
EV
Family
BasicHull
Registry
gregtech:gt.blockmachines
Metadata
14
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • You just need Imagination to use this.
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEBasicHull
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    4,440
    M EUt
    16
    M Duration
    50
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • 1x Aluminium Cable × 2 gregtech:gt.blockmachines @1586
    • EV Machine Casing × 1 gregtech:gt.blockcasings @4
    Outputs
    • EV Machine Hull × 1 gregtech:gt.blockmachines @14
    Fluid Inputs
    • Name
      molten.plastic
      Amount
      288
    Fluid Outputs
    None recorded
    Metadata
Item Obtainability
include
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,440
M EUt
16
M Duration
50
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Aluminium Cable × 2 gregtech:gt.blockmachines @1586
  • EV Machine Casing × 1 gregtech:gt.blockcasings @4
Outputs
  • EV Machine Hull × 1 gregtech:gt.blockmachines @14
Fluid Inputs
  • Name
    molten.plastic
    Amount
    288
Fluid Outputs
None recorded
Metadata
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,440
M EUt
16
M Duration
50
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Aluminium Cable × 2 gregtech:gt.blockmachines @1586
  • EV Machine Casing × 1 gregtech:gt.blockcasings @4
Outputs
  • EV Machine Hull × 1 gregtech:gt.blockmachines @14
Fluid Inputs
  • Name
    molten.plastic
    Amount
    288
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00015

IV Machine Hull

include

Function

You just need Imagination to use this.

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 1x Tungsten Cable
  • IV Machine Casing
  • Polytetrafluoroethylene Sheet
  • Tungstensteel Plate

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
5
Native Max EUInput
8,192
Native Max EUOutput
8,192
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-00000000042b
    Title
    Space Station
    Line
    Space Race
    Gate
    Tier
    3.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\SpaceRace-AAAAAAAAAAAAAAAAAAAAIg==\SpaceStation-AAAAAAAAAAAAAAAAAAAEKw==.json
  • Uuid
    00000000-0000-0000-0000-0000000000d5
    Title
    Tier 5 (IV)
    Line
    Tier 5 - IV
    Gate
    Tier
    5.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\Tier5IV-AAAAAAAAAAAAAAAAAAAABw==\Tier5IV-AAAAAAAAAAAAAAAAAAAA1Q==.json
  • Uuid
    00000000-0000-0000-0000-0000000006b9
    Title
    Power of the Sun 1x1 IV
    Line
    How to Generate Power
    Gate
    Tier
    6.0
    Assembly Line
    Yes
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\HowtoGeneratePow-AAAAAAAAAAAAAAAAAAAACQ==\PoweroftheSun1x1-AAAAAAAAAAAAAAAAAAAGuQ==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
IV
Family
BasicHull
Registry
gregtech:gt.blockmachines
Metadata
15
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • You just need Imagination to use this.
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEBasicHull
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    4,441
    M EUt
    16
    M Duration
    50
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • 1x Tungsten Cable × 2 gregtech:gt.blockmachines @1686
    • IV Machine Casing × 1 gregtech:gt.blockcasings @5
    Outputs
    • IV Machine Hull × 1 gregtech:gt.blockmachines @15
    Fluid Inputs
    • Name
      molten.polytetrafluoroethylene
      Amount
      288
    Fluid Outputs
    None recorded
    Metadata
Item Obtainability
include
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,441
M EUt
16
M Duration
50
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Tungsten Cable × 2 gregtech:gt.blockmachines @1686
  • IV Machine Casing × 1 gregtech:gt.blockcasings @5
Outputs
  • IV Machine Hull × 1 gregtech:gt.blockmachines @15
Fluid Inputs
  • Name
    molten.polytetrafluoroethylene
    Amount
    288
Fluid Outputs
None recorded
Metadata
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,441
M EUt
16
M Duration
50
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Tungsten Cable × 2 gregtech:gt.blockmachines @1686
  • IV Machine Casing × 1 gregtech:gt.blockcasings @5
Outputs
  • IV Machine Hull × 1 gregtech:gt.blockmachines @15
Fluid Inputs
  • Name
    molten.polytetrafluoroethylene
    Amount
    288
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00016

LuV Machine Hull

include

Function

You just need Imagination to use this.

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 1x Vanadium-Gallium Cable
  • LuV Machine Casing
  • Polytetrafluoroethylene Sheet
  • Rhodium-Plated Palladium Plate

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
6
Native Max EUInput
32,768
Native Max EUOutput
32,768
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-00000000042b
    Title
    Space Station
    Line
    Space Race
    Gate
    Tier
    3.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\SpaceRace-AAAAAAAAAAAAAAAAAAAAIg==\SpaceStation-AAAAAAAAAAAAAAAAAAAEKw==.json
  • Uuid
    00000000-0000-0000-0000-00000000042b
    Title
    Space Station
    Line
    Space Race
    Gate
    Tier
    3.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\SpaceRace-AAAAAAAAAAAAAAAAAAAAIg==\SpaceStation-AAAAAAAAAAAAAAAAAAAEKw==.json
  • Uuid
    00000000-0000-0000-0000-0000000005d5
    Title
    Tier 6 (LuV)
    Line
    Tier 6 - LuV
    Gate
    Tier
    6.0
    Assembly Line
    Yes
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\Tier6LuV-AAAAAAAAAAAAAAAAAAAACA==\Tier6LuV-AAAAAAAAAAAAAAAAAAAF1Q==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
Structure dependent
Family
BasicHull
Registry
gregtech:gt.blockmachines
Metadata
16
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • You just need Imagination to use this.
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEBasicHull
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    4,442
    M EUt
    16
    M Duration
    50
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • 1x Vanadium-Gallium Cable × 2 gregtech:gt.blockmachines @1746
    • LuV Machine Casing × 1 gregtech:gt.blockcasings @6
    Outputs
    • LuV Machine Hull × 1 gregtech:gt.blockmachines @16
    Fluid Inputs
    • Name
      molten.polytetrafluoroethylene
      Amount
      288
    Fluid Outputs
    None recorded
    Metadata
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,442
M EUt
16
M Duration
50
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Vanadium-Gallium Cable × 2 gregtech:gt.blockmachines @1746
  • LuV Machine Casing × 1 gregtech:gt.blockcasings @6
Outputs
  • LuV Machine Hull × 1 gregtech:gt.blockmachines @16
Fluid Inputs
  • Name
    molten.polytetrafluoroethylene
    Amount
    288
Fluid Outputs
None recorded
Metadata
Item Obtainability
include
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,442
M EUt
16
M Duration
50
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Vanadium-Gallium Cable × 2 gregtech:gt.blockmachines @1746
  • LuV Machine Casing × 1 gregtech:gt.blockcasings @6
Outputs
  • LuV Machine Hull × 1 gregtech:gt.blockmachines @16
Fluid Inputs
  • Name
    molten.polytetrafluoroethylene
    Amount
    288
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Map
gt.recipe.mixer
Ordinal
163
M EUt
10
M Duration
52
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • Palladium Dust × 3 gregtech:gt.metaitem.01 @2052
  • Rhodium Dust × 1 bartworks:gt.bwMetaGenerateddust @78
  • Programmed Circuit × 0 gregtech:gt.integrated_circuit @1
Outputs
  • Rhodium-Plated Palladium Dust × 4 bartworks:gt.bwMetaGenerateddust @88
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00017

ZPM Machine Hull

defer

Function

You just need Imagination to use this.

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

0

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 1x Naquadah Cable
  • Iridium Plate
  • Polybenzimidazole Plate
  • ZPM Machine Casing

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
7
Native Max EUInput
131,072
Native Max EUOutput
131,072
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

Every current candidate source has an actual unseeded construction dependency: Higher casing first-material source: ZPM Machine Casing | Higher casing first-material source: ZPM Machine Casing. No exclusion is made from declared voltage alone.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-00000000042b
    Title
    Space Station
    Line
    Space Race
    Gate
    Tier
    3.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\SpaceRace-AAAAAAAAAAAAAAAAAAAAIg==\SpaceStation-AAAAAAAAAAAAAAAAAAAEKw==.json
  • Uuid
    00000000-0000-0000-0000-000000000a32
    Title
    Tier 7 (ZPM)
    Line
    Tier 7 - ZPM
    Gate
    Tier
    7.0
    Assembly Line
    Yes
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\Tier7ZPM-AAAAAAAAAAAAAAAAAAAAHg==\Tier7ZPM-AAAAAAAAAAAAAAAAAAAKMg==.json
  • Uuid
    00000000-0000-0000-0000-000000000181
    Title
    A Few More Things...
    Line
    Tier 7 - ZPM
    Gate
    Tier
    7.0
    Assembly Line
    Yes
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\Tier7ZPM-AAAAAAAAAAAAAAAAAAAAHg==\AFewMoreThings-AAAAAAAAAAAAAAAAAAABgQ==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
Structure dependent
Family
BasicHull
Registry
gregtech:gt.blockmachines
Metadata
17
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • You just need Imagination to use this.
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEBasicHull
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    4,443
    M EUt
    16
    M Duration
    50
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • 1x Naquadah Cable × 2 gregtech:gt.blockmachines @1786
    • ZPM Machine Casing × 1 gregtech:gt.blockcasings @7
    Outputs
    • ZPM Machine Hull × 1 gregtech:gt.blockmachines @17
    Fluid Inputs
    • Name
      molten.polybenzimidazole
      Amount
      288
    Fluid Outputs
    None recorded
    Metadata
  • Type
    craft
    Ordinal
    34,502
    Class
    gregtech.api.util.GTShapedRecipe
    Output
    ZPM Machine Hull × 1 gregtech:gt.blockmachines @17
    Inputs
      • Polybenzimidazole Plate × 1 gregtech:gt.metaitem.01 @17599
      • Iridium Plate × 1 gregtech:gt.metaitem.01 @17084
      • Polybenzimidazole Plate × 1 gregtech:gt.metaitem.01 @17599
      • 1x Naquadah Cable × 1 gregtech:gt.blockmachines @1786
    • ZPM Machine Casing × 1 gregtech:gt.blockcasings @7
      • 1x Naquadah Cable × 1 gregtech:gt.blockmachines @1786
    Decoder
    actual public accessor first:getInput
    Parsed Ingredients
    Yes
    Special Recipe Matching May Require More Than Ingredient List
    No
Item Obtainability
defer
Physical Source Blockers
    • Higher casing first-material source: ZPM Machine Casing
    • Higher casing first-material source: ZPM Machine Casing
GT-00018

UV Machine Hull

defer

Function

You just need Imagination to use this.

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

0

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 4x Naquadah Alloy Wire
  • Osmium Plate
  • Polybenzimidazole Plate
  • UV Machine Casing

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
8
Native Max EUInput
524,288
Native Max EUOutput
524,288
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

Every current candidate source has an actual unseeded construction dependency: First-source material gate: 4x Naquadah Alloy Wire; Higher casing first-material source: UV Machine Casing | First-source material gate: 4x Naquadah Alloy Wire; Higher casing first-material source: UV Machine Casing; First-source material gate: 4x Naquadah Alloy Wire. No exclusion is made from declared voltage alone.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-0000000004b0
    Title
    Making Power With Your Plasma
    Line
    MultipleQuestLine
    Gate
    Tier
    6.0
    Assembly Line
    Yes
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\MultipleQuestLine\MakingPowerWithY-AAAAAAAAAAAAAAAAAAAEsA==.json
  • Uuid
    00000000-0000-0000-0000-000000000a35
    Title
    Tier 8 (UV)
    Line
    Tier 8 - UV
    Gate
    Tier
    8.0
    Assembly Line
    Yes
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\Tier8UV-AAAAAAAAAAAAAAAAAAAALQ==\Tier8UV-AAAAAAAAAAAAAAAAAAAKNQ==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
Structure dependent
Family
BasicHull
Registry
gregtech:gt.blockmachines
Metadata
18
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • You just need Imagination to use this.
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEBasicHull
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    4,444
    M EUt
    16
    M Duration
    50
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • 4x Naquadah Alloy Wire × 2 gregtech:gt.blockmachines @1802
    • UV Machine Casing × 1 gregtech:gt.blockcasings @8
    Outputs
    • UV Machine Hull × 1 gregtech:gt.blockmachines @18
    Fluid Inputs
    • Name
      molten.polybenzimidazole
      Amount
      288
    Fluid Outputs
    None recorded
    Metadata
  • Type
    craft
    Ordinal
    34,503
    Class
    gregtech.api.util.GTShapedRecipe
    Output
    UV Machine Hull × 1 gregtech:gt.blockmachines @18
    Inputs
      • Polybenzimidazole Plate × 1 gregtech:gt.metaitem.01 @17599
      • Osmium Plate × 1 gregtech:gt.metaitem.01 @17083
      • Polybenzimidazole Plate × 1 gregtech:gt.metaitem.01 @17599
      • 4x Naquadah Alloy Wire × 1 gregtech:gt.blockmachines @1802
    • UV Machine Casing × 1 gregtech:gt.blockcasings @8
      • 4x Naquadah Alloy Wire × 1 gregtech:gt.blockmachines @1802
    Decoder
    actual public accessor first:getInput
    Parsed Ingredients
    Yes
    Special Recipe Matching May Require More Than Ingredient List
    No
Item Obtainability
defer
Physical Source Blockers
    • First-source material gate: 4x Naquadah Alloy Wire
    • Higher casing first-material source: UV Machine Casing
    • First-source material gate: 4x Naquadah Alloy Wire
    • Higher casing first-material source: UV Machine Casing
    • First-source material gate: 4x Naquadah Alloy Wire
GT-00019

UHV Machine Hull

defer

Function

You just need Imagination to use this.

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

0

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 4x Superconductor UV Wire
  • Neutronium Plate
  • Polybenzimidazole Plate
  • UHV Machine Casing

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
9
Native Max EUInput
2,097,152
Native Max EUOutput
2,097,152
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

Every current candidate source has an actual unseeded construction dependency: First-source material gate: 4x Superconductor UV Wire; Higher casing first-material source: UHV Machine Casing | First-source material gate: Neutronium Plate; First-source material gate: 4x Superconductor UV Wire; Higher casing first-material source: UHV Machine Casing; First-source material gate: 4x Superconductor UV Wire. No exclusion is made from declared voltage alone.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-000000000a38
    Title
    Tier 9 (UHV)
    Line
    Tier 9 - UHV
    Gate
    Tier
    9.0
    Assembly Line
    Yes
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\Tier9UHV-AAAAAAAAAAAAAAAAAAAALg==\Tier9UHV-AAAAAAAAAAAAAAAAAAAKOA==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
Structure dependent
Family
BasicHull
Registry
gregtech:gt.blockmachines
Metadata
19
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • You just need Imagination to use this.
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEBasicHull
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    4,445
    M EUt
    16
    M Duration
    50
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • 4x Superconductor UV Wire × 2 gregtech:gt.blockmachines @2442
    • UHV Machine Casing × 1 gregtech:gt.blockcasings @9
    Outputs
    • UHV Machine Hull × 1 gregtech:gt.blockmachines @19
    Fluid Inputs
    • Name
      molten.polybenzimidazole
      Amount
      288
    Fluid Outputs
    None recorded
    Metadata
  • Type
    craft
    Ordinal
    34,504
    Class
    gregtech.api.util.GTShapedRecipe
    Output
    UHV Machine Hull × 1 gregtech:gt.blockmachines @19
    Inputs
      • Polybenzimidazole Plate × 1 gregtech:gt.metaitem.01 @17599
      • Neutronium Plate × 1 gregtech:gt.metaitem.01 @17129
      • Polybenzimidazole Plate × 1 gregtech:gt.metaitem.01 @17599
      • 4x Superconductor UV Wire × 1 gregtech:gt.blockmachines @2442
    • UHV Machine Casing × 1 gregtech:gt.blockcasings @9
      • 4x Superconductor UV Wire × 1 gregtech:gt.blockmachines @2442
    Decoder
    actual public accessor first:getInput
    Parsed Ingredients
    Yes
    Special Recipe Matching May Require More Than Ingredient List
    No
Item Obtainability
defer
Physical Source Blockers
    • First-source material gate: 4x Superconductor UV Wire
    • Higher casing first-material source: UHV Machine Casing
    • First-source material gate: Neutronium Plate
    • First-source material gate: 4x Superconductor UV Wire
    • Higher casing first-material source: UHV Machine Casing
    • First-source material gate: 4x Superconductor UV Wire
GT-00020

Ultra Low Voltage Transformer

include

Function

LV -> ULV (Use Soft Mallet to invert)

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 1x Lead Cable
  • 1x Tin Cable
  • ULV Machine Hull

Automation

Native EU pass-through/storage infrastructure. Correct input/output orientation, voltage, amp capacity and batteries/circuit settings are configured separately. AE2 stocks replacement components and reads monitoring signals; this is not an AE2 processing machine.

Ae Mode

Support/monitoring and replacement inventory

Power

Native Machine Tier
0
Native Max EUInput
32
Native Max EUOutput
8
Native Max Amps In
1
Native Max Amps Out
4
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.
Direction
Pass-through/storage: input and output ratings are separate

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest referencesNone recorded
Full native requirements and source evidence
Domain
infrastructure
Tier
ULV
Family
Transformer
Registry
gregtech:gt.blockmachines
Metadata
20
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • LV -> ULV (Use Soft Mallet to invert)
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTETransformer
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    2,436
    M EUt
    30
    M Duration
    100
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • 1x Lead Cable × 4 gregtech:gt.blockmachines @1226
    • 1x Tin Cable × 1 gregtech:gt.blockmachines @1246
    • ULV Machine Hull × 1 gregtech:gt.blockmachines @10
    Outputs
    • Ultra Low Voltage Transformer × 1 gregtech:gt.blockmachines @20
    Fluid Inputs
    None recorded
    Fluid Outputs
    None recorded
    Metadata
Material Supply Programs
Mechanical
P003
Circuits
P005
Platinum group metals
P007
Lanthanide materials
P008
Plastics/rubbers
P011
Standard ore metals
P001/P002/P009
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,436
M EUt
30
M Duration
100
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Lead Cable × 4 gregtech:gt.blockmachines @1226
  • 1x Tin Cable × 1 gregtech:gt.blockmachines @1246
  • ULV Machine Hull × 1 gregtech:gt.blockmachines @10
Outputs
  • Ultra Low Voltage Transformer × 1 gregtech:gt.blockmachines @20
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Admission Boundary
Ordinary material/component source paths are the explicit proposed production systems; no claim of present stock or successful world commissioning.
Item Obtainability
include
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,436
M EUt
30
M Duration
100
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Lead Cable × 4 gregtech:gt.blockmachines @1226
  • 1x Tin Cable × 1 gregtech:gt.blockmachines @1246
  • ULV Machine Hull × 1 gregtech:gt.blockmachines @10
Outputs
  • Ultra Low Voltage Transformer × 1 gregtech:gt.blockmachines @20
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00021

Low Voltage Transformer

include

Function

MV -> LV (Use Soft Mallet to invert)

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 1x Annealed Copper Cable
  • 1x Copper Cable
  • 1x Tin Cable
  • LV Machine Hull
  • LV-Transformer

Automation

Native EU pass-through/storage infrastructure. Correct input/output orientation, voltage, amp capacity and batteries/circuit settings are configured separately. AE2 stocks replacement components and reads monitoring signals; this is not an AE2 processing machine.

Ae Mode

Support/monitoring and replacement inventory

Power

Native Machine Tier
1
Native Max EUInput
128
Native Max EUOutput
32
Native Max Amps In
1
Native Max Amps Out
4
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.
Direction
Pass-through/storage: input and output ratings are separate

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-0000000004f2
    Title
    Low Voltage Transformer
    Line
    Storing and Transforming EU
    Gate
    Tier
    2.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\StoringandTransf-AAAAAAAAAAAAAAAAAAAAIQ==\LowVoltageTransf-AAAAAAAAAAAAAAAAAAAE8g==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
LV
Family
Transformer
Registry
gregtech:gt.blockmachines
Metadata
21
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • MV -> LV (Use Soft Mallet to invert)
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTETransformer
Maps
None recorded
Recipe Count
4
Pre IVSource Recipe Count
4
Non Direct ALSource Recipe Count
4
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    2,437
    M EUt
    30
    M Duration
    100
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • 1x Tin Cable × 4 gregtech:gt.blockmachines @1246
    • 1x Copper Cable × 1 gregtech:gt.blockmachines @1366
    • LV Machine Hull × 1 gregtech:gt.blockmachines @11
    Outputs
    • Low Voltage Transformer × 1 gregtech:gt.blockmachines @21
    Fluid Inputs
    None recorded
    Fluid Outputs
    None recorded
    Metadata
Item Obtainability
include
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,437
M EUt
30
M Duration
100
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Tin Cable × 4 gregtech:gt.blockmachines @1246
  • 1x Copper Cable × 1 gregtech:gt.blockmachines @1366
  • LV Machine Hull × 1 gregtech:gt.blockmachines @11
Outputs
  • Low Voltage Transformer × 1 gregtech:gt.blockmachines @21
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,437
M EUt
30
M Duration
100
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Tin Cable × 4 gregtech:gt.blockmachines @1246
  • 1x Copper Cable × 1 gregtech:gt.blockmachines @1366
  • LV Machine Hull × 1 gregtech:gt.blockmachines @11
Outputs
  • Low Voltage Transformer × 1 gregtech:gt.blockmachines @21
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00022

Medium Voltage Transformer

include

Function

HV -> MV (Use Soft Mallet to invert)

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 1x Annealed Copper Cable
  • 1x Copper Cable
  • 1x Gold Cable
  • MV Machine Hull
  • MV-Transformer
  • SMD Inductor

Automation

Native EU pass-through/storage infrastructure. Correct input/output orientation, voltage, amp capacity and batteries/circuit settings are configured separately. AE2 stocks replacement components and reads monitoring signals; this is not an AE2 processing machine.

Ae Mode

Support/monitoring and replacement inventory

Power

Native Machine Tier
2
Native Max EUInput
512
Native Max EUOutput
128
Native Max Amps In
1
Native Max Amps Out
4
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.
Direction
Pass-through/storage: input and output ratings are separate

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-0000000004f3
    Title
    Medium Voltage Transformer
    Line
    Storing and Transforming EU
    Gate
    Tier
    2.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\StoringandTransf-AAAAAAAAAAAAAAAAAAAAIQ==\MediumVoltageTra-AAAAAAAAAAAAAAAAAAAE8w==.json
  • Uuid
    00000000-0000-0000-0000-0000000006da
    Title
    Computer Case
    Line
    SFM and Computers
    Gate
    Tier
    3.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\SFMandComputers-AAAAAAAAAAAAAAAAAAAAHw==\ComputerCase-AAAAAAAAAAAAAAAAAAAG2g==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
MV
Family
Transformer
Registry
gregtech:gt.blockmachines
Metadata
22
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • HV -> MV (Use Soft Mallet to invert)
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTETransformer
Maps
None recorded
Recipe Count
4
Pre IVSource Recipe Count
4
Non Direct ALSource Recipe Count
4
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    2,439
    M EUt
    30
    M Duration
    100
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • 1x Copper Cable × 4 gregtech:gt.blockmachines @1366
    • 1x Gold Cable × 1 gregtech:gt.blockmachines @1426
    • MV Machine Hull × 1 gregtech:gt.blockmachines @12
    • SMD Inductor × 2 gregtech:gt.metaitem.03 @32182
    Outputs
    • Medium Voltage Transformer × 1 gregtech:gt.blockmachines @22
    Fluid Inputs
    None recorded
    Fluid Outputs
    None recorded
    Metadata
Item Obtainability
include
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,439
M EUt
30
M Duration
100
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Copper Cable × 4 gregtech:gt.blockmachines @1366
  • 1x Gold Cable × 1 gregtech:gt.blockmachines @1426
  • MV Machine Hull × 1 gregtech:gt.blockmachines @12
  • SMD Inductor × 2 gregtech:gt.metaitem.03 @32182
Outputs
  • Medium Voltage Transformer × 1 gregtech:gt.blockmachines @22
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,439
M EUt
30
M Duration
100
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Copper Cable × 4 gregtech:gt.blockmachines @1366
  • 1x Gold Cable × 1 gregtech:gt.blockmachines @1426
  • MV Machine Hull × 1 gregtech:gt.blockmachines @12
  • SMD Inductor × 2 gregtech:gt.metaitem.03 @32182
Outputs
  • Medium Voltage Transformer × 1 gregtech:gt.blockmachines @22
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00023

High Voltage Transformer

include

Function

EV -> HV (Use Soft Mallet to invert)

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 1x Aluminium Cable
  • 1x Gold Cable
  • HV Machine Hull
  • HV-Transformer
  • Ultra Low Power IC

Automation

Native EU pass-through/storage infrastructure. Correct input/output orientation, voltage, amp capacity and batteries/circuit settings are configured separately. AE2 stocks replacement components and reads monitoring signals; this is not an AE2 processing machine.

Ae Mode

Support/monitoring and replacement inventory

Power

Native Machine Tier
3
Native Max EUInput
2,048
Native Max EUOutput
512
Native Max Amps In
1
Native Max Amps Out
4
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.
Direction
Pass-through/storage: input and output ratings are separate

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-0000000004f1
    Title
    EV GT++ Batteries
    Line
    Storing and Transforming EU
    Gate
    Tier
    1.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\StoringandTransf-AAAAAAAAAAAAAAAAAAAAIQ==\EVGTBatteries-AAAAAAAAAAAAAAAAAAAE8Q==.json
  • Uuid
    00000000-0000-0000-0000-000000000782
    Title
    Transformers, Roll Out!
    Line
    Storing and Transforming EU
    Gate
    Tier
    2.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\StoringandTransf-AAAAAAAAAAAAAAAAAAAAIQ==\TransformersRoll-AAAAAAAAAAAAAAAAAAAHgg==.json
  • Uuid
    00000000-0000-0000-0000-000000000479
    Title
    Sending the Power Back
    Line
    MultipleQuestLine
    Gate
    Tier
    3.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\MultipleQuestLine\SendingthePowerB-AAAAAAAAAAAAAAAAAAAEeQ==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
HV
Family
Transformer
Registry
gregtech:gt.blockmachines
Metadata
23
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • EV -> HV (Use Soft Mallet to invert)
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTETransformer
Maps
None recorded
Recipe Count
3
Pre IVSource Recipe Count
3
Non Direct ALSource Recipe Count
3
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    2,441
    M EUt
    30
    M Duration
    100
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • 1x Gold Cable × 4 gregtech:gt.blockmachines @1426
    • 1x Aluminium Cable × 1 gregtech:gt.blockmachines @1586
    • HV Machine Hull × 1 gregtech:gt.blockmachines @13
    • Ultra Low Power IC × 2 gregtech:gt.metaitem.03 @32063
    Outputs
    • High Voltage Transformer × 1 gregtech:gt.blockmachines @23
    Fluid Inputs
    None recorded
    Fluid Outputs
    None recorded
    Metadata
Item Obtainability
include
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,441
M EUt
30
M Duration
100
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Gold Cable × 4 gregtech:gt.blockmachines @1426
  • 1x Aluminium Cable × 1 gregtech:gt.blockmachines @1586
  • HV Machine Hull × 1 gregtech:gt.blockmachines @13
  • Ultra Low Power IC × 2 gregtech:gt.metaitem.03 @32063
Outputs
  • High Voltage Transformer × 1 gregtech:gt.blockmachines @23
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,441
M EUt
30
M Duration
100
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Gold Cable × 4 gregtech:gt.blockmachines @1426
  • 1x Aluminium Cable × 1 gregtech:gt.blockmachines @1586
  • HV Machine Hull × 1 gregtech:gt.blockmachines @13
  • Ultra Low Power IC × 2 gregtech:gt.metaitem.03 @32063
Outputs
  • High Voltage Transformer × 1 gregtech:gt.blockmachines @23
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00024

Extreme Transformer

include

Function

IV -> EV (Use Soft Mallet to invert)

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 1x Aluminium Cable
  • 1x Tungsten Cable
  • 2x Aluminium Cable
  • EV Machine Hull
  • EV-Transformer
  • Low Power IC

Automation

Native EU pass-through/storage infrastructure. Correct input/output orientation, voltage, amp capacity and batteries/circuit settings are configured separately. AE2 stocks replacement components and reads monitoring signals; this is not an AE2 processing machine.

Ae Mode

Support/monitoring and replacement inventory

Power

Native Machine Tier
4
Native Max EUInput
8,192
Native Max EUOutput
2,048
Native Max Amps In
1
Native Max Amps Out
4
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.
Direction
Pass-through/storage: input and output ratings are separate

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest referencesNone recorded
Full native requirements and source evidence
Domain
infrastructure
Tier
EV
Family
Transformer
Registry
gregtech:gt.blockmachines
Metadata
24
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • IV -> EV (Use Soft Mallet to invert)
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTETransformer
Maps
None recorded
Recipe Count
3
Pre IVSource Recipe Count
3
Non Direct ALSource Recipe Count
3
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    2,442
    M EUt
    30
    M Duration
    100
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • 1x Aluminium Cable × 4 gregtech:gt.blockmachines @1586
    • 1x Tungsten Cable × 1 gregtech:gt.blockmachines @1686
    • EV Machine Hull × 1 gregtech:gt.blockmachines @14
    • Low Power IC × 2 gregtech:gt.metaitem.03 @32065
    Outputs
    • Extreme Transformer × 1 gregtech:gt.blockmachines @24
    Fluid Inputs
    None recorded
    Fluid Outputs
    None recorded
    Metadata
Material Supply Programs
Mechanical
P003
Circuits
P005
Platinum group metals
P007
Lanthanide materials
P008
Plastics/rubbers
P011
Standard ore metals
P001/P002/P009
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,442
M EUt
30
M Duration
100
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Aluminium Cable × 4 gregtech:gt.blockmachines @1586
  • 1x Tungsten Cable × 1 gregtech:gt.blockmachines @1686
  • EV Machine Hull × 1 gregtech:gt.blockmachines @14
  • Low Power IC × 2 gregtech:gt.metaitem.03 @32065
Outputs
  • Extreme Transformer × 1 gregtech:gt.blockmachines @24
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Admission Boundary
Ordinary material/component source paths are the explicit proposed production systems; no claim of present stock or successful world commissioning.
Item Obtainability
include
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,442
M EUt
30
M Duration
100
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Aluminium Cable × 4 gregtech:gt.blockmachines @1586
  • 1x Tungsten Cable × 1 gregtech:gt.blockmachines @1686
  • EV Machine Hull × 1 gregtech:gt.blockmachines @14
  • Low Power IC × 2 gregtech:gt.metaitem.03 @32065
Outputs
  • Extreme Transformer × 1 gregtech:gt.blockmachines @24
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00025

Insane Transformer

include

Function

LuV -> IV (Use Soft Mallet to invert)

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 1x Tungsten Cable
  • 1x Vanadium-Gallium Cable
  • IV Machine Hull
  • Power IC

Automation

Native EU pass-through/storage infrastructure. Correct input/output orientation, voltage, amp capacity and batteries/circuit settings are configured separately. AE2 stocks replacement components and reads monitoring signals; this is not an AE2 processing machine.

Ae Mode

Support/monitoring and replacement inventory

Power

Native Machine Tier
5
Native Max EUInput
32,768
Native Max EUOutput
8,192
Native Max Amps In
1
Native Max Amps Out
4
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.
Direction
Pass-through/storage: input and output ratings are separate

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest referencesNone recorded
Full native requirements and source evidence
Domain
infrastructure
Tier
IV
Family
Transformer
Registry
gregtech:gt.blockmachines
Metadata
25
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • LuV -> IV (Use Soft Mallet to invert)
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTETransformer
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    2,443
    M EUt
    30
    M Duration
    100
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • 1x Tungsten Cable × 4 gregtech:gt.blockmachines @1686
    • 1x Vanadium-Gallium Cable × 1 gregtech:gt.blockmachines @1746
    • Power IC × 2 gregtech:gt.metaitem.03 @32051
    • IV Machine Hull × 1 gregtech:gt.blockmachines @15
    Outputs
    • Insane Transformer × 1 gregtech:gt.blockmachines @25
    Fluid Inputs
    None recorded
    Fluid Outputs
    None recorded
    Metadata
Material Supply Programs
Mechanical
P003
Circuits
P005
Platinum group metals
P007
Lanthanide materials
P008
Plastics/rubbers
P011
Standard ore metals
P001/P002/P009
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,443
M EUt
30
M Duration
100
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Tungsten Cable × 4 gregtech:gt.blockmachines @1686
  • 1x Vanadium-Gallium Cable × 1 gregtech:gt.blockmachines @1746
  • Power IC × 2 gregtech:gt.metaitem.03 @32051
  • IV Machine Hull × 1 gregtech:gt.blockmachines @15
Outputs
  • Insane Transformer × 1 gregtech:gt.blockmachines @25
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Admission Boundary
Ordinary material/component source paths are the explicit proposed production systems; no claim of present stock or successful world commissioning.
Item Obtainability
include
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,443
M EUt
30
M Duration
100
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Tungsten Cable × 4 gregtech:gt.blockmachines @1686
  • 1x Vanadium-Gallium Cable × 1 gregtech:gt.blockmachines @1746
  • Power IC × 2 gregtech:gt.metaitem.03 @32051
  • IV Machine Hull × 1 gregtech:gt.blockmachines @15
Outputs
  • Insane Transformer × 1 gregtech:gt.blockmachines @25
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00026

Ludicrous Transformer

include

Function

ZPM -> LuV (Use Soft Mallet to invert)

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 1x Naquadah Cable
  • 1x Vanadium-Gallium Cable
  • High Power IC
  • LuV Machine Hull

Automation

Native EU pass-through/storage infrastructure. Correct input/output orientation, voltage, amp capacity and batteries/circuit settings are configured separately. AE2 stocks replacement components and reads monitoring signals; this is not an AE2 processing machine.

Ae Mode

Support/monitoring and replacement inventory

Power

Native Machine Tier
6
Native Max EUInput
131,072
Native Max EUOutput
32,768
Native Max Amps In
1
Native Max Amps Out
4
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.
Direction
Pass-through/storage: input and output ratings are separate

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-00000000028f
    Title
    Gravi Suit
    Line
    MultipleQuestLine
    Gate
    Tier
    7.0
    Assembly Line
    Yes
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\MultipleQuestLine\GraviSuit-AAAAAAAAAAAAAAAAAAACjw==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
Structure dependent
Family
Transformer
Registry
gregtech:gt.blockmachines
Metadata
26
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • ZPM -> LuV (Use Soft Mallet to invert)
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTETransformer
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    2,444
    M EUt
    30
    M Duration
    100
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • 1x Vanadium-Gallium Cable × 4 gregtech:gt.blockmachines @1746
    • 1x Naquadah Cable × 1 gregtech:gt.blockmachines @1786
    • High Power IC × 2 gregtech:gt.metaitem.03 @32053
    • LuV Machine Hull × 1 gregtech:gt.blockmachines @16
    Outputs
    • Ludicrous Transformer × 1 gregtech:gt.blockmachines @26
    Fluid Inputs
    None recorded
    Fluid Outputs
    None recorded
    Metadata
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,444
M EUt
30
M Duration
100
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Vanadium-Gallium Cable × 4 gregtech:gt.blockmachines @1746
  • 1x Naquadah Cable × 1 gregtech:gt.blockmachines @1786
  • High Power IC × 2 gregtech:gt.metaitem.03 @32053
  • LuV Machine Hull × 1 gregtech:gt.blockmachines @16
Outputs
  • Ludicrous Transformer × 1 gregtech:gt.blockmachines @26
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Item Obtainability
include
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,444
M EUt
30
M Duration
100
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • 1x Vanadium-Gallium Cable × 4 gregtech:gt.blockmachines @1746
  • 1x Naquadah Cable × 1 gregtech:gt.blockmachines @1786
  • High Power IC × 2 gregtech:gt.metaitem.03 @32053
  • LuV Machine Hull × 1 gregtech:gt.blockmachines @16
Outputs
  • Ludicrous Transformer × 1 gregtech:gt.blockmachines @26
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Map
gt.recipe.mixer
Ordinal
163
M EUt
10
M Duration
52
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • Palladium Dust × 3 gregtech:gt.metaitem.01 @2052
  • Rhodium Dust × 1 bartworks:gt.bwMetaGenerateddust @78
  • Programmed Circuit × 0 gregtech:gt.integrated_circuit @1
Outputs
  • Rhodium-Plated Palladium Dust × 4 bartworks:gt.bwMetaGenerateddust @88
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00027

ZPM Voltage Transformer

defer

Function

UV -> ZPM (Use Soft Mallet to invert)

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

0

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 1x Naquadah Alloy Cable
  • 1x Naquadah Cable
  • Ultra High Power IC
  • ZPM Machine Hull

Automation

Native EU pass-through/storage infrastructure. Correct input/output orientation, voltage, amp capacity and batteries/circuit settings are configured separately. AE2 stocks replacement components and reads monitoring signals; this is not an AE2 processing machine.

Ae Mode

Support/monitoring and replacement inventory

Power

Native Machine Tier
7
Native Max EUInput
524,288
Native Max EUOutput
131,072
Native Max Amps In
1
Native Max Amps Out
4
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.
Direction
Pass-through/storage: input and output ratings are separate

Footprint

1 x 1 x 1

Availability reason

Every current candidate source has an actual unseeded construction dependency: First-source material gate: 1x Naquadah Alloy Cable; Unseeded hardware dependency: 17 ZPM Machine Hull | First-source material gate: 1x Naquadah Alloy Cable; Unseeded hardware dependency: 17 ZPM Machine Hull. No exclusion is made from declared voltage alone.

Wiki Evidence

Not specified
Quest referencesNone recorded
Full native requirements and source evidence
Domain
infrastructure
Tier
Structure dependent
Family
Transformer
Registry
gregtech:gt.blockmachines
Metadata
27
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • UV -> ZPM (Use Soft Mallet to invert)
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTETransformer
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    2,445
    M EUt
    30
    M Duration
    100
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • 1x Naquadah Cable × 4 gregtech:gt.blockmachines @1786
    • 1x Naquadah Alloy Cable × 1 gregtech:gt.blockmachines @1806
    • ZPM Machine Hull × 1 gregtech:gt.blockmachines @17
    • Ultra High Power IC × 2 gregtech:gt.metaitem.03 @32059
    Outputs
    • ZPM Voltage Transformer × 1 gregtech:gt.blockmachines @27
    Fluid Inputs
    None recorded
    Fluid Outputs
    None recorded
    Metadata
  • Type
    craft
    Ordinal
    14,228
    Class
    gregtech.api.util.GTShapedRecipe
    Output
    ZPM Voltage Transformer × 1 gregtech:gt.blockmachines @27
    Inputs
    • Ultra High Power IC × 1 gregtech:gt.metaitem.03 @32059
      • 1x Naquadah Cable × 1 gregtech:gt.blockmachines @1786
      • 1x Naquadah Cable × 1 gregtech:gt.blockmachines @1786
      • 1x Naquadah Alloy Cable × 1 gregtech:gt.blockmachines @1806
    • ZPM Machine Hull × 1 gregtech:gt.blockmachines @17
    • Not specified
    • Ultra High Power IC × 1 gregtech:gt.metaitem.03 @32059
      • 1x Naquadah Cable × 1 gregtech:gt.blockmachines @1786
      • 1x Naquadah Cable × 1 gregtech:gt.blockmachines @1786
    Decoder
    actual public accessor first:getInput
    Parsed Ingredients
    Yes
    Special Recipe Matching May Require More Than Ingredient List
    No
Item Obtainability
defer
Physical Source Blockers
    • First-source material gate: 1x Naquadah Alloy Cable
    • Unseeded hardware dependency: 17 ZPM Machine Hull
    • First-source material gate: 1x Naquadah Alloy Cable
    • Unseeded hardware dependency: 17 ZPM Machine Hull
GT-00028

Ultimate Transformer

defer

Function

UHV -> UV (Use Soft Mallet to invert)

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

0

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 1x Bedrockium Wire
  • 1x Naquadah Alloy Cable
  • Nano Power IC
  • UV Machine Hull

Automation

Native EU pass-through/storage infrastructure. Correct input/output orientation, voltage, amp capacity and batteries/circuit settings are configured separately. AE2 stocks replacement components and reads monitoring signals; this is not an AE2 processing machine.

Ae Mode

Support/monitoring and replacement inventory

Power

Native Machine Tier
8
Native Max EUInput
2,097,152
Native Max EUOutput
524,288
Native Max Amps In
1
Native Max Amps Out
4
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.
Direction
Pass-through/storage: input and output ratings are separate

Footprint

1 x 1 x 1

Availability reason

Every current candidate source has an actual unseeded construction dependency: First-source material gate: 1x Naquadah Alloy Cable; Unseeded hardware dependency: 18 UV Machine Hull | First-source material gate: 1x Naquadah Alloy Cable; First-source material gate: 1x Naquadah Alloy Cable; Unseeded hardware dependency: 18 UV Machine Hull; First-source material gate: 1x Naquadah Alloy Cable; First-source material gate: 1x Naquadah Alloy Cable. No exclusion is made from declared voltage alone.

Wiki Evidence

Not specified
Quest referencesNone recorded
Full native requirements and source evidence
Domain
infrastructure
Tier
Structure dependent
Family
Transformer
Registry
gregtech:gt.blockmachines
Metadata
28
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • UHV -> UV (Use Soft Mallet to invert)
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTETransformer
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    2,446
    M EUt
    30
    M Duration
    100
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • 1x Naquadah Alloy Cable × 4 gregtech:gt.blockmachines @1806
    • 1x Bedrockium Wire × 1 gregtech:gt.blockmachines @11310
    • UV Machine Hull × 1 gregtech:gt.blockmachines @18
    • Nano Power IC × 2 gregtech:gt.metaitem.03 @32161
    Outputs
    • Ultimate Transformer × 1 gregtech:gt.blockmachines @28
    Fluid Inputs
    None recorded
    Fluid Outputs
    None recorded
    Metadata
  • Type
    craft
    Ordinal
    14,229
    Class
    gregtech.api.util.GTShapedRecipe
    Output
    Ultimate Transformer × 1 gregtech:gt.blockmachines @28
    Inputs
    • Nano Power IC × 1 gregtech:gt.metaitem.03 @32161
      • 1x Naquadah Alloy Cable × 1 gregtech:gt.blockmachines @1806
      • 1x Naquadah Alloy Cable × 1 gregtech:gt.blockmachines @1806
      • 1x Bedrockium Wire × 1 gregtech:gt.blockmachines @11310
    • UV Machine Hull × 1 gregtech:gt.blockmachines @18
    • Not specified
    • Nano Power IC × 1 gregtech:gt.metaitem.03 @32161
      • 1x Naquadah Alloy Cable × 1 gregtech:gt.blockmachines @1806
      • 1x Naquadah Alloy Cable × 1 gregtech:gt.blockmachines @1806
    Decoder
    actual public accessor first:getInput
    Parsed Ingredients
    Yes
    Special Recipe Matching May Require More Than Ingredient List
    No
Item Obtainability
defer
Physical Source Blockers
    • First-source material gate: 1x Naquadah Alloy Cable
    • Unseeded hardware dependency: 18 UV Machine Hull
    • First-source material gate: 1x Naquadah Alloy Cable
    • First-source material gate: 1x Naquadah Alloy Cable
    • Unseeded hardware dependency: 18 UV Machine Hull
    • First-source material gate: 1x Naquadah Alloy Cable
    • First-source material gate: 1x Naquadah Alloy Cable
GT-00030

ULV Dynamo Hatch

include

Function

Generating electric Energy from Multiblocks; Puts out up to 1 Amp

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • Any ULV Circuit
  • Lead Rotor
  • Lead Spring
  • Lubricant Cell
  • NAND Chip
  • ULV Machine Hull
  • Ultra Low Voltage Coil
  • Vacuum Tube

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
0
Native Max EUInput
0
Native Max EUOutput
8
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest referencesNone recorded
Full native requirements and source evidence
Domain
infrastructure
Tier
ULV
Family
HatchDynamo
Registry
gregtech:gt.blockmachines
Metadata
30
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • Generating electric Energy from Multiblocks
  • Puts out up to 1 Amp
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEHatchDynamo
Maps
None recorded
Recipe Count
1
Pre IVSource Recipe Count
1
Non Direct ALSource Recipe Count
1
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    craft
    Ordinal
    14,230
    Class
    gregtech.api.util.GTShapedRecipe
    Output
    ULV Dynamo Hatch × 1 gregtech:gt.blockmachines @30
    Inputs
      • Any ULV Circuit × 1 dreamcraft:item.CircuitULV @0
      • Vacuum Tube × 1 gregtech:gt.metaitem.01 @32700
      • NAND Chip × 1 gregtech:gt.metaitem.03 @32075
    • Ultra Low Voltage Coil × 1 gregtech:gt.metaitem.03 @32140
      • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
      • Lead Spring × 1 gregtech:gt.metaitem.02 @24089
    • ULV Machine Hull × 1 gregtech:gt.blockmachines @10
      • Lead Rotor × 1 gregtech:gt.metaitem.02 @21089
      • Any ULV Circuit × 1 dreamcraft:item.CircuitULV @0
      • Vacuum Tube × 1 gregtech:gt.metaitem.01 @32700
      • NAND Chip × 1 gregtech:gt.metaitem.03 @32075
    • Ultra Low Voltage Coil × 1 gregtech:gt.metaitem.03 @32140
      • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
    Decoder
    actual public accessor first:getInput
    Parsed Ingredients
    Yes
    Special Recipe Matching May Require More Than Ingredient List
    No
Material Supply Programs
Mechanical
P003
Circuits
P005
Platinum group metals
P007
Lanthanide materials
P008
Plastics/rubbers
P011
Standard ore metals
P001/P002/P009
Selected Construction Recipe
Type
craft
Ordinal
14,230
Class
gregtech.api.util.GTShapedRecipe
Output
ULV Dynamo Hatch × 1 gregtech:gt.blockmachines @30
Inputs
    • Any ULV Circuit × 1 dreamcraft:item.CircuitULV @0
    • Vacuum Tube × 1 gregtech:gt.metaitem.01 @32700
    • NAND Chip × 1 gregtech:gt.metaitem.03 @32075
  • Ultra Low Voltage Coil × 1 gregtech:gt.metaitem.03 @32140
    • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
    • Lead Spring × 1 gregtech:gt.metaitem.02 @24089
  • ULV Machine Hull × 1 gregtech:gt.blockmachines @10
    • Lead Rotor × 1 gregtech:gt.metaitem.02 @21089
    • Any ULV Circuit × 1 dreamcraft:item.CircuitULV @0
    • Vacuum Tube × 1 gregtech:gt.metaitem.01 @32700
    • NAND Chip × 1 gregtech:gt.metaitem.03 @32075
  • Ultra Low Voltage Coil × 1 gregtech:gt.metaitem.03 @32140
    • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
Decoder
actual public accessor first:getInput
Parsed Ingredients
Yes
Special Recipe Matching May Require More Than Ingredient List
No
Admission Boundary
Ordinary material/component source paths are the explicit proposed production systems; no claim of present stock or successful world commissioning.
Item Obtainability
include
Physical Source Proof
Selected Recipe
Type
craft
Ordinal
14,230
Class
gregtech.api.util.GTShapedRecipe
Output
ULV Dynamo Hatch × 1 gregtech:gt.blockmachines @30
Inputs
    • Any ULV Circuit × 1 dreamcraft:item.CircuitULV @0
    • Vacuum Tube × 1 gregtech:gt.metaitem.01 @32700
    • NAND Chip × 1 gregtech:gt.metaitem.03 @32075
  • Ultra Low Voltage Coil × 1 gregtech:gt.metaitem.03 @32140
    • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
    • Lead Spring × 1 gregtech:gt.metaitem.02 @24089
  • ULV Machine Hull × 1 gregtech:gt.blockmachines @10
    • Lead Rotor × 1 gregtech:gt.metaitem.02 @21089
    • Any ULV Circuit × 1 dreamcraft:item.CircuitULV @0
    • Vacuum Tube × 1 gregtech:gt.metaitem.01 @32700
    • NAND Chip × 1 gregtech:gt.metaitem.03 @32075
  • Ultra Low Voltage Coil × 1 gregtech:gt.metaitem.03 @32140
    • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
Decoder
actual public accessor first:getInput
Parsed Ingredients
Yes
Special Recipe Matching May Require More Than Ingredient List
No
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00031

LV Dynamo Hatch

include

Function

Generating electric Energy from Multiblocks; Puts out up to 1 Amp

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • Any LV Circuit
  • Electric Pump (LV)
  • Electronic Circuit
  • Integrated Logic Circuit
  • LV Machine Hull
  • Low Voltage Coil
  • Lubricant Cell
  • Microprocessor
  • Tin Spring

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
1
Native Max EUInput
0
Native Max EUOutput
32
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest referencesNone recorded
Full native requirements and source evidence
Domain
infrastructure
Tier
LV
Family
HatchDynamo
Registry
gregtech:gt.blockmachines
Metadata
31
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • Generating electric Energy from Multiblocks
  • Puts out up to 1 Amp
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEHatchDynamo
Maps
None recorded
Recipe Count
1
Pre IVSource Recipe Count
1
Non Direct ALSource Recipe Count
1
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    craft
    Ordinal
    14,231
    Class
    gregtech.api.util.GTShapedRecipe
    Output
    LV Dynamo Hatch × 1 gregtech:gt.blockmachines @31
    Inputs
      • Electronic Circuit × 1 IC2:itemPartCircuit @0
      • Any LV Circuit × 1 dreamcraft:item.CircuitLV @0
      • Integrated Logic Circuit × 1 gregtech:gt.metaitem.01 @32701
      • Microprocessor × 1 gregtech:gt.metaitem.03 @32078
    • Low Voltage Coil × 1 gregtech:gt.metaitem.03 @32141
      • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
      • Tin Spring × 1 gregtech:gt.metaitem.02 @24057
    • LV Machine Hull × 1 gregtech:gt.blockmachines @11
    • Electric Pump (LV) × 1 gregtech:gt.metaitem.01 @32610
      • Electronic Circuit × 1 IC2:itemPartCircuit @0
      • Any LV Circuit × 1 dreamcraft:item.CircuitLV @0
      • Integrated Logic Circuit × 1 gregtech:gt.metaitem.01 @32701
      • Microprocessor × 1 gregtech:gt.metaitem.03 @32078
    • Low Voltage Coil × 1 gregtech:gt.metaitem.03 @32141
      • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
    Decoder
    actual public accessor first:getInput
    Parsed Ingredients
    Yes
    Special Recipe Matching May Require More Than Ingredient List
    No
Material Supply Programs
Mechanical
P003
Circuits
P005
Platinum group metals
P007
Lanthanide materials
P008
Plastics/rubbers
P011
Standard ore metals
P001/P002/P009
Selected Construction Recipe
Type
craft
Ordinal
14,231
Class
gregtech.api.util.GTShapedRecipe
Output
LV Dynamo Hatch × 1 gregtech:gt.blockmachines @31
Inputs
    • Electronic Circuit × 1 IC2:itemPartCircuit @0
    • Any LV Circuit × 1 dreamcraft:item.CircuitLV @0
    • Integrated Logic Circuit × 1 gregtech:gt.metaitem.01 @32701
    • Microprocessor × 1 gregtech:gt.metaitem.03 @32078
  • Low Voltage Coil × 1 gregtech:gt.metaitem.03 @32141
    • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
    • Tin Spring × 1 gregtech:gt.metaitem.02 @24057
  • LV Machine Hull × 1 gregtech:gt.blockmachines @11
  • Electric Pump (LV) × 1 gregtech:gt.metaitem.01 @32610
    • Electronic Circuit × 1 IC2:itemPartCircuit @0
    • Any LV Circuit × 1 dreamcraft:item.CircuitLV @0
    • Integrated Logic Circuit × 1 gregtech:gt.metaitem.01 @32701
    • Microprocessor × 1 gregtech:gt.metaitem.03 @32078
  • Low Voltage Coil × 1 gregtech:gt.metaitem.03 @32141
    • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
Decoder
actual public accessor first:getInput
Parsed Ingredients
Yes
Special Recipe Matching May Require More Than Ingredient List
No
Admission Boundary
Ordinary material/component source paths are the explicit proposed production systems; no claim of present stock or successful world commissioning.
Item Obtainability
include
Physical Source Proof
Selected Recipe
Type
craft
Ordinal
14,231
Class
gregtech.api.util.GTShapedRecipe
Output
LV Dynamo Hatch × 1 gregtech:gt.blockmachines @31
Inputs
    • Electronic Circuit × 1 IC2:itemPartCircuit @0
    • Any LV Circuit × 1 dreamcraft:item.CircuitLV @0
    • Integrated Logic Circuit × 1 gregtech:gt.metaitem.01 @32701
    • Microprocessor × 1 gregtech:gt.metaitem.03 @32078
  • Low Voltage Coil × 1 gregtech:gt.metaitem.03 @32141
    • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
    • Tin Spring × 1 gregtech:gt.metaitem.02 @24057
  • LV Machine Hull × 1 gregtech:gt.blockmachines @11
  • Electric Pump (LV) × 1 gregtech:gt.metaitem.01 @32610
    • Electronic Circuit × 1 IC2:itemPartCircuit @0
    • Any LV Circuit × 1 dreamcraft:item.CircuitLV @0
    • Integrated Logic Circuit × 1 gregtech:gt.metaitem.01 @32701
    • Microprocessor × 1 gregtech:gt.metaitem.03 @32078
  • Low Voltage Coil × 1 gregtech:gt.metaitem.03 @32141
    • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
Decoder
actual public accessor first:getInput
Parsed Ingredients
Yes
Special Recipe Matching May Require More Than Ingredient List
No
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00032

MV Dynamo Hatch

include

Function

Generating electric Energy from Multiblocks; Puts out up to 1 Amp

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • Copper Spring
  • Electric Pump (MV)
  • Lubricant Cell
  • MV Machine Hull
  • Medium Voltage Coil
  • Ultra Low Power IC

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
2
Native Max EUInput
0
Native Max EUOutput
128
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-000000000b9d
    Title
    Let it flow, let it floww ...
    Line
    Storing and Transforming EU
    Gate
    Tier
    2.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\StoringandTransf-AAAAAAAAAAAAAAAAAAAAIQ==\Letitflowletitfl-AAAAAAAAAAAAAAAAAAALnQ==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
MV
Family
HatchDynamo
Registry
gregtech:gt.blockmachines
Metadata
32
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • Generating electric Energy from Multiblocks
  • Puts out up to 1 Amp
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEHatchDynamo
Maps
None recorded
Recipe Count
1
Pre IVSource Recipe Count
1
Non Direct ALSource Recipe Count
1
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    craft
    Ordinal
    14,232
    Class
    gregtech.api.util.GTShapedRecipe
    Output
    MV Dynamo Hatch × 1 gregtech:gt.blockmachines @32
    Inputs
    • Ultra Low Power IC × 1 gregtech:gt.metaitem.03 @32063
    • Medium Voltage Coil × 1 gregtech:gt.metaitem.03 @32142
      • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
      • Copper Spring × 1 gregtech:gt.metaitem.02 @24035
    • MV Machine Hull × 1 gregtech:gt.blockmachines @12
    • Electric Pump (MV) × 1 gregtech:gt.metaitem.01 @32611
    • Ultra Low Power IC × 1 gregtech:gt.metaitem.03 @32063
    • Medium Voltage Coil × 1 gregtech:gt.metaitem.03 @32142
      • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
    Decoder
    actual public accessor first:getInput
    Parsed Ingredients
    Yes
    Special Recipe Matching May Require More Than Ingredient List
    No
Item Obtainability
include
Selected Construction Recipe
Type
craft
Ordinal
14,232
Class
gregtech.api.util.GTShapedRecipe
Output
MV Dynamo Hatch × 1 gregtech:gt.blockmachines @32
Inputs
  • Ultra Low Power IC × 1 gregtech:gt.metaitem.03 @32063
  • Medium Voltage Coil × 1 gregtech:gt.metaitem.03 @32142
    • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
    • Copper Spring × 1 gregtech:gt.metaitem.02 @24035
  • MV Machine Hull × 1 gregtech:gt.blockmachines @12
  • Electric Pump (MV) × 1 gregtech:gt.metaitem.01 @32611
  • Ultra Low Power IC × 1 gregtech:gt.metaitem.03 @32063
  • Medium Voltage Coil × 1 gregtech:gt.metaitem.03 @32142
    • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
Decoder
actual public accessor first:getInput
Parsed Ingredients
Yes
Special Recipe Matching May Require More Than Ingredient List
No
Physical Source Proof
Selected Recipe
Type
craft
Ordinal
14,232
Class
gregtech.api.util.GTShapedRecipe
Output
MV Dynamo Hatch × 1 gregtech:gt.blockmachines @32
Inputs
  • Ultra Low Power IC × 1 gregtech:gt.metaitem.03 @32063
  • Medium Voltage Coil × 1 gregtech:gt.metaitem.03 @32142
    • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
    • Copper Spring × 1 gregtech:gt.metaitem.02 @24035
  • MV Machine Hull × 1 gregtech:gt.blockmachines @12
  • Electric Pump (MV) × 1 gregtech:gt.metaitem.01 @32611
  • Ultra Low Power IC × 1 gregtech:gt.metaitem.03 @32063
  • Medium Voltage Coil × 1 gregtech:gt.metaitem.03 @32142
    • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
Decoder
actual public accessor first:getInput
Parsed Ingredients
Yes
Special Recipe Matching May Require More Than Ingredient List
No
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00033

HV Dynamo Hatch

include

Function

Generating electric Energy from Multiblocks; Puts out up to 1 Amp

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 60k He Coolant Cell
  • 60k NaK Coolant Cell
  • Electric Pump (HV)
  • Gold Spring
  • HV Machine Hull
  • High Voltage Coil
  • Low Power IC

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
3
Native Max EUInput
0
Native Max EUOutput
512
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest referencesNone recorded
Full native requirements and source evidence
Domain
infrastructure
Tier
HV
Family
HatchDynamo
Registry
gregtech:gt.blockmachines
Metadata
33
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • Generating electric Energy from Multiblocks
  • Puts out up to 1 Amp
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEHatchDynamo
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    4,246
    M EUt
    480
    M Duration
    200
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • HV Machine Hull × 1 gregtech:gt.blockmachines @13
    • Gold Spring × 1 gregtech:gt.metaitem.02 @24086
    • Low Power IC × 2 gregtech:gt.metaitem.03 @32065
    • High Voltage Coil × 2 gregtech:gt.metaitem.03 @32143
    • 60k He Coolant Cell × 1 gregtech:gt.60k_Helium_Coolantcell @0
    • Electric Pump (HV) × 1 gregtech:gt.metaitem.01 @32612
    Outputs
    • HV Dynamo Hatch × 1 gregtech:gt.blockmachines @33
    Fluid Inputs
    None recorded
    Fluid Outputs
    None recorded
    Metadata
Material Supply Programs
Mechanical
P003
Circuits
P005
Platinum group metals
P007
Lanthanide materials
P008
Plastics/rubbers
P011
Standard ore metals
P001/P002/P009
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,246
M EUt
480
M Duration
200
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • HV Machine Hull × 1 gregtech:gt.blockmachines @13
  • Gold Spring × 1 gregtech:gt.metaitem.02 @24086
  • Low Power IC × 2 gregtech:gt.metaitem.03 @32065
  • High Voltage Coil × 2 gregtech:gt.metaitem.03 @32143
  • 60k He Coolant Cell × 1 gregtech:gt.60k_Helium_Coolantcell @0
  • Electric Pump (HV) × 1 gregtech:gt.metaitem.01 @32612
Outputs
  • HV Dynamo Hatch × 1 gregtech:gt.blockmachines @33
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Admission Boundary
Ordinary material/component source paths are the explicit proposed production systems; no claim of present stock or successful world commissioning.
Item Obtainability
include
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,246
M EUt
480
M Duration
200
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • HV Machine Hull × 1 gregtech:gt.blockmachines @13
  • Gold Spring × 1 gregtech:gt.metaitem.02 @24086
  • Low Power IC × 2 gregtech:gt.metaitem.03 @32065
  • High Voltage Coil × 2 gregtech:gt.metaitem.03 @32143
  • 60k He Coolant Cell × 1 gregtech:gt.60k_Helium_Coolantcell @0
  • Electric Pump (HV) × 1 gregtech:gt.metaitem.01 @32612
Outputs
  • HV Dynamo Hatch × 1 gregtech:gt.blockmachines @33
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00034

EV Dynamo Hatch

include

Function

Generating electric Energy from Multiblocks; Puts out up to 1 Amp

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 60k He Coolant Cell
  • 60k NaK Coolant Cell
  • Aluminium Spring
  • EV Machine Hull
  • Electric Pump (EV)
  • Extreme Voltage Coil
  • Power IC

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
4
Native Max EUInput
0
Native Max EUOutput
2,048
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-00000000058a
    Title
    EU packets flowing everywhere...
    Line
    Storing and Transforming EU
    Gate
    Tier
    5.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\StoringandTransf-AAAAAAAAAAAAAAAAAAAAIQ==\EUpacketsflowing-AAAAAAAAAAAAAAAAAAAFig==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
EV
Family
HatchDynamo
Registry
gregtech:gt.blockmachines
Metadata
34
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • Generating electric Energy from Multiblocks
  • Puts out up to 1 Amp
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEHatchDynamo
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    4,247
    M EUt
    1,920
    M Duration
    200
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • EV Machine Hull × 1 gregtech:gt.blockmachines @14
    • Aluminium Spring × 1 gregtech:gt.metaitem.02 @24019
    • Power IC × 2 gregtech:gt.metaitem.03 @32051
    • Extreme Voltage Coil × 2 gregtech:gt.metaitem.03 @32144
    • 60k He Coolant Cell × 1 gregtech:gt.60k_Helium_Coolantcell @0
    • Electric Pump (EV) × 1 gregtech:gt.metaitem.01 @32613
    Outputs
    • EV Dynamo Hatch × 1 gregtech:gt.blockmachines @34
    Fluid Inputs
    None recorded
    Fluid Outputs
    None recorded
    Metadata
Item Obtainability
include
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,247
M EUt
1,920
M Duration
200
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • EV Machine Hull × 1 gregtech:gt.blockmachines @14
  • Aluminium Spring × 1 gregtech:gt.metaitem.02 @24019
  • Power IC × 2 gregtech:gt.metaitem.03 @32051
  • Extreme Voltage Coil × 2 gregtech:gt.metaitem.03 @32144
  • 60k He Coolant Cell × 1 gregtech:gt.60k_Helium_Coolantcell @0
  • Electric Pump (EV) × 1 gregtech:gt.metaitem.01 @32613
Outputs
  • EV Dynamo Hatch × 1 gregtech:gt.blockmachines @34
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,247
M EUt
1,920
M Duration
200
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • EV Machine Hull × 1 gregtech:gt.blockmachines @14
  • Aluminium Spring × 1 gregtech:gt.metaitem.02 @24019
  • Power IC × 2 gregtech:gt.metaitem.03 @32051
  • Extreme Voltage Coil × 2 gregtech:gt.metaitem.03 @32144
  • 60k He Coolant Cell × 1 gregtech:gt.60k_Helium_Coolantcell @0
  • Electric Pump (EV) × 1 gregtech:gt.metaitem.01 @32613
Outputs
  • EV Dynamo Hatch × 1 gregtech:gt.blockmachines @34
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00035

IV Dynamo Hatch

include

Function

Generating electric Energy from Multiblocks; Puts out up to 1 Amp

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 180k He Coolant Cell
  • 180k NaK Coolant Cell
  • Electric Pump (IV)
  • High Power IC
  • IV Machine Hull
  • Insane Voltage Coil
  • Superconductor Base IV Spring

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
5
Native Max EUInput
0
Native Max EUOutput
8,192
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest referencesNone recorded
Full native requirements and source evidence
Domain
infrastructure
Tier
IV
Family
HatchDynamo
Registry
gregtech:gt.blockmachines
Metadata
35
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • Generating electric Energy from Multiblocks
  • Puts out up to 1 Amp
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEHatchDynamo
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    4,248
    M EUt
    7,680
    M Duration
    200
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • IV Machine Hull × 1 gregtech:gt.blockmachines @15
    • Superconductor Base IV Spring × 1 gregtech:gt.metaitem.02 @24990
    • High Power IC × 2 gregtech:gt.metaitem.03 @32053
    • Insane Voltage Coil × 2 gregtech:gt.metaitem.03 @32145
    • 180k He Coolant Cell × 1 gregtech:gt.180k_Helium_Coolantcell @0
    • Electric Pump (IV) × 1 gregtech:gt.metaitem.01 @32614
    Outputs
    • IV Dynamo Hatch × 1 gregtech:gt.blockmachines @35
    Fluid Inputs
    None recorded
    Fluid Outputs
    None recorded
    Metadata
Material Supply Programs
Mechanical
P003
Circuits
P005
Platinum group metals
P007
Lanthanide materials
P008
Plastics/rubbers
P011
Standard ore metals
P001/P002/P009
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,248
M EUt
7,680
M Duration
200
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • IV Machine Hull × 1 gregtech:gt.blockmachines @15
  • Superconductor Base IV Spring × 1 gregtech:gt.metaitem.02 @24990
  • High Power IC × 2 gregtech:gt.metaitem.03 @32053
  • Insane Voltage Coil × 2 gregtech:gt.metaitem.03 @32145
  • 180k He Coolant Cell × 1 gregtech:gt.180k_Helium_Coolantcell @0
  • Electric Pump (IV) × 1 gregtech:gt.metaitem.01 @32614
Outputs
  • IV Dynamo Hatch × 1 gregtech:gt.blockmachines @35
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Admission Boundary
Ordinary material/component source paths are the explicit proposed production systems; no claim of present stock or successful world commissioning.
Item Obtainability
include
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,248
M EUt
7,680
M Duration
200
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • IV Machine Hull × 1 gregtech:gt.blockmachines @15
  • Superconductor Base IV Spring × 1 gregtech:gt.metaitem.02 @24990
  • High Power IC × 2 gregtech:gt.metaitem.03 @32053
  • Insane Voltage Coil × 2 gregtech:gt.metaitem.03 @32145
  • 180k He Coolant Cell × 1 gregtech:gt.180k_Helium_Coolantcell @0
  • Electric Pump (IV) × 1 gregtech:gt.metaitem.01 @32614
Outputs
  • IV Dynamo Hatch × 1 gregtech:gt.blockmachines @35
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00036

LuV Dynamo Hatch

defer

Function

Generating electric Energy from Multiblocks; Puts out up to 1 Amp

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

0

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

None recorded

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
6
Native Max EUInput
0
Native Max EUOutput
32,768
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

The current native output source is Assembly Line; no ordinary source fits a checkpoint-compatible machine owner.

Wiki Evidence

Not specified
Quest referencesNone recorded
Full native requirements and source evidence
Domain
infrastructure
Tier
Structure dependent
Family
HatchDynamo
Registry
gregtech:gt.blockmachines
Metadata
36
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • Generating electric Energy from Multiblocks
  • Puts out up to 1 Amp
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEHatchDynamo
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
0
Non Direct ALSource Recipe Count
0
Assembly Line Source Recipe Count
1
Source Recipes
  • Ordinal
    439
    Output
    LuV Dynamo Hatch × 1 gregtech:gt.blockmachines @36
    Inputs
    • LuV Machine Hull × 1 gregtech:gt.blockmachines @16
    • Superconductor Base LuV Spring × 2 gregtech:gt.metaitem.02 @24991
    • Ultra High Power IC × 2 gregtech:gt.metaitem.03 @32059
    • Any LuV Circuit × 2 dreamcraft:item.CircuitLuV @0
    • Ludicrous Voltage Coil × 2 gregtech:gt.metaitem.03 @32146
    • 180k He Coolant Cell × 1 gregtech:gt.180k_Helium_Coolantcell @0
    • 180k He Coolant Cell × 1 gregtech:gt.180k_Helium_Coolantcell @0
    • Electric Pump (LuV) × 1 gregtech:gt.metaitem.01 @32615
    Fluid Inputs
    • Name
      ic2coolant
      Amount
      2,000
    • Name
      molten.indalloy140
      Amount
      720
    M EUt
    30,720
    M Duration
    400
    M Research Time
    1,200
    M Research Voltage
    7,680
    Research
    IV Dynamo Hatch × 1 gregtech:gt.blockmachines @35
Item Obtainability
defer
Physical Source Blockers
None recorded
GT-00037

ZPM Dynamo Hatch

defer

Function

Generating electric Energy from Multiblocks; Puts out up to 1 Amp

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

0

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

None recorded

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
7
Native Max EUInput
0
Native Max EUOutput
131,072
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

The current native output source is Assembly Line; no ordinary source fits a checkpoint-compatible machine owner.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-000000000c5d
    Title
    UV Power Per Turbine
    Line
    MultipleQuestLine
    Gate
    Tier
    5.0
    Assembly Line
    Yes
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\MultipleQuestLine\UVPowerPerTurbin-AAAAAAAAAAAAAAAAAAAMXQ==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
Structure dependent
Family
HatchDynamo
Registry
gregtech:gt.blockmachines
Metadata
37
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • Generating electric Energy from Multiblocks
  • Puts out up to 1 Amp
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEHatchDynamo
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
0
Non Direct ALSource Recipe Count
0
Assembly Line Source Recipe Count
1
Source Recipes
  • Ordinal
    440
    Output
    ZPM Dynamo Hatch × 1 gregtech:gt.blockmachines @37
    Inputs
    • ZPM Machine Hull × 1 gregtech:gt.blockmachines @17
    • Superconductor Base ZPM Spring × 4 gregtech:gt.metaitem.02 @24992
    • Nano Power IC × 2 gregtech:gt.metaitem.03 @32161
    • Any ZPM Circuit × 2 dreamcraft:item.CircuitZPM @0
    • ZPM Voltage Coil × 2 gregtech:gt.metaitem.03 @32147
    • 360k He Coolant Cell × 1 gregtech:gt.360k_Helium_Coolantcell @0
    • 360k He Coolant Cell × 1 gregtech:gt.360k_Helium_Coolantcell @0
    • Electric Pump (ZPM) × 1 gregtech:gt.metaitem.01 @32616
    Fluid Inputs
    • Name
      ic2coolant
      Amount
      4,000
    • Name
      molten.indalloy140
      Amount
      1,440
    M EUt
    122,880
    M Duration
    600
    M Research Time
    1,200
    M Research Voltage
    30,720
    Research
    LuV Dynamo Hatch × 1 gregtech:gt.blockmachines @36
Item Obtainability
defer
Physical Source Blockers
None recorded
GT-00038

UV Dynamo Hatch

defer

Function

Generating electric Energy from Multiblocks; Puts out up to 1 Amp

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

0

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

None recorded

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
8
Native Max EUInput
0
Native Max EUOutput
524,288
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

The current native output source is Assembly Line; no ordinary source fits a checkpoint-compatible machine owner.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-000000000c73
    Title
    Two Million Turbines
    Line
    MultipleQuestLine
    Gate
    Tier
    5.0
    Assembly Line
    Yes
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\MultipleQuestLine\TwoMillionTurbin-AAAAAAAAAAAAAAAAAAAMcw==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
Structure dependent
Family
HatchDynamo
Registry
gregtech:gt.blockmachines
Metadata
38
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • Generating electric Energy from Multiblocks
  • Puts out up to 1 Amp
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEHatchDynamo
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
0
Non Direct ALSource Recipe Count
0
Assembly Line Source Recipe Count
1
Source Recipes
  • Ordinal
    441
    Output
    UV Dynamo Hatch × 1 gregtech:gt.blockmachines @38
    Inputs
    • UV Machine Hull × 1 gregtech:gt.blockmachines @18
    • Superconductor Base UV Spring × 4 gregtech:gt.metaitem.02 @24986
    • Piko Power IC × 2 gregtech:gt.metaitem.03 @32163
    • Any UV Circuit × 2 dreamcraft:item.CircuitUV @0
    • Ultimate Voltage Coil × 2 gregtech:gt.metaitem.03 @32148
    • 360k He Coolant Cell × 1 gregtech:gt.360k_Helium_Coolantcell @0
    • 360k He Coolant Cell × 1 gregtech:gt.360k_Helium_Coolantcell @0
    • 360k He Coolant Cell × 1 gregtech:gt.360k_Helium_Coolantcell @0
    • 360k He Coolant Cell × 1 gregtech:gt.360k_Helium_Coolantcell @0
    • Electric Pump (UV) × 1 gregtech:gt.metaitem.01 @32617
    Fluid Inputs
    • Name
      ic2coolant
      Amount
      8,000
    • Name
      molten.indalloy140
      Amount
      2,880
    M EUt
    491,520
    M Duration
    800
    M Research Time
    1,200
    M Research Voltage
    122,880
    Research
    ZPM Dynamo Hatch × 1 gregtech:gt.blockmachines @37
Item Obtainability
defer
Physical Source Blockers
None recorded
GT-00039

UHV Dynamo Hatch

defer

Function

Generating electric Energy from Multiblocks; Puts out up to 1 Amp

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

0

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

None recorded

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
9
Native Max EUInput
0
Native Max EUOutput
2,097,152
Native Max Amps In
1
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

The current native output source is Assembly Line; no ordinary source fits a checkpoint-compatible machine owner.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-000000000c78
    Title
    Infinite Turbines
    Line
    MultipleQuestLine
    Gate
    Tier
    5.0
    Assembly Line
    Yes
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\MultipleQuestLine\InfiniteTurbines-AAAAAAAAAAAAAAAAAAAMeA==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
Structure dependent
Family
HatchDynamo
Registry
gregtech:gt.blockmachines
Metadata
39
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • Generating electric Energy from Multiblocks
  • Puts out up to 1 Amp
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEHatchDynamo
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
0
Non Direct ALSource Recipe Count
0
Assembly Line Source Recipe Count
1
Source Recipes
  • Ordinal
    246
    Output
    UHV Dynamo Hatch × 1 gregtech:gt.blockmachines @39
    Inputs
    • UHV Machine Hull × 1 gregtech:gt.blockmachines @19
    • Superconductor Base UHV Spring × 8 gregtech:gt.metaitem.02 @24985
    • Quantum Power IC × 2 gregtech:gt.metaitem.03 @32165
    • Any UHV Circuit × 2 dreamcraft:item.CircuitUHV @0
    • Highly Ultimate Voltage Coil × 2 gregtech:gt.metaitem.03 @32149
    • 360k He Coolant Cell × 1 gregtech:gt.360k_Helium_Coolantcell @0
    • 360k He Coolant Cell × 1 gregtech:gt.360k_Helium_Coolantcell @0
    • 360k He Coolant Cell × 1 gregtech:gt.360k_Helium_Coolantcell @0
    • 360k He Coolant Cell × 1 gregtech:gt.360k_Helium_Coolantcell @0
    • 360k He Coolant Cell × 1 gregtech:gt.360k_Helium_Coolantcell @0
    • 360k He Coolant Cell × 1 gregtech:gt.360k_Helium_Coolantcell @0
    • 360k He Coolant Cell × 1 gregtech:gt.360k_Helium_Coolantcell @0
    • 360k He Coolant Cell × 1 gregtech:gt.360k_Helium_Coolantcell @0
    • Electric Pump (UHV) × 1 gregtech:gt.metaitem.01 @32618
    Fluid Inputs
    • Name
      ic2coolant
      Amount
      16,000
    • Name
      molten.indalloy140
      Amount
      5,760
    M EUt
    1,966,080
    M Duration
    1,000
    M Research Time
    1,500
    M Research Voltage
    0
Item Obtainability
defer
Physical Source Blockers
None recorded
GT-00040

ULV Energy Hatch

include

Function

Energy Injector for Multiblocks; Accepts up to 2 Amps

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 1x Lead Cable
  • Any ULV Circuit
  • Lead Rotor
  • Lubricant Cell
  • NAND Chip
  • ULV Machine Hull
  • Ultra Low Voltage Coil
  • Vacuum Tube

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
0
Native Max EUInput
8
Native Max EUOutput
0
Native Max Amps In
2
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest referencesNone recorded
Full native requirements and source evidence
Domain
infrastructure
Tier
ULV
Family
HatchEnergy
Registry
gregtech:gt.blockmachines
Metadata
40
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • Energy Injector for Multiblocks
  • Accepts up to 2 Amps
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEHatchEnergy
Maps
None recorded
Recipe Count
1
Pre IVSource Recipe Count
1
Non Direct ALSource Recipe Count
1
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    craft
    Ordinal
    14,233
    Class
    gregtech.api.util.GTShapedRecipe
    Output
    ULV Energy Hatch × 1 gregtech:gt.blockmachines @40
    Inputs
      • 1x Lead Cable × 1 gregtech:gt.blockmachines @1226
    • Ultra Low Voltage Coil × 1 gregtech:gt.metaitem.03 @32140
      • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
      • Any ULV Circuit × 1 dreamcraft:item.CircuitULV @0
      • Vacuum Tube × 1 gregtech:gt.metaitem.01 @32700
      • NAND Chip × 1 gregtech:gt.metaitem.03 @32075
    • ULV Machine Hull × 1 gregtech:gt.blockmachines @10
      • Lead Rotor × 1 gregtech:gt.metaitem.02 @21089
      • 1x Lead Cable × 1 gregtech:gt.blockmachines @1226
    • Ultra Low Voltage Coil × 1 gregtech:gt.metaitem.03 @32140
      • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
    Decoder
    actual public accessor first:getInput
    Parsed Ingredients
    Yes
    Special Recipe Matching May Require More Than Ingredient List
    No
Material Supply Programs
Mechanical
P003
Circuits
P005
Platinum group metals
P007
Lanthanide materials
P008
Plastics/rubbers
P011
Standard ore metals
P001/P002/P009
Selected Construction Recipe
Type
craft
Ordinal
14,233
Class
gregtech.api.util.GTShapedRecipe
Output
ULV Energy Hatch × 1 gregtech:gt.blockmachines @40
Inputs
    • 1x Lead Cable × 1 gregtech:gt.blockmachines @1226
  • Ultra Low Voltage Coil × 1 gregtech:gt.metaitem.03 @32140
    • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
    • Any ULV Circuit × 1 dreamcraft:item.CircuitULV @0
    • Vacuum Tube × 1 gregtech:gt.metaitem.01 @32700
    • NAND Chip × 1 gregtech:gt.metaitem.03 @32075
  • ULV Machine Hull × 1 gregtech:gt.blockmachines @10
    • Lead Rotor × 1 gregtech:gt.metaitem.02 @21089
    • 1x Lead Cable × 1 gregtech:gt.blockmachines @1226
  • Ultra Low Voltage Coil × 1 gregtech:gt.metaitem.03 @32140
    • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
Decoder
actual public accessor first:getInput
Parsed Ingredients
Yes
Special Recipe Matching May Require More Than Ingredient List
No
Admission Boundary
Ordinary material/component source paths are the explicit proposed production systems; no claim of present stock or successful world commissioning.
Item Obtainability
include
Physical Source Proof
Selected Recipe
Type
craft
Ordinal
14,233
Class
gregtech.api.util.GTShapedRecipe
Output
ULV Energy Hatch × 1 gregtech:gt.blockmachines @40
Inputs
    • 1x Lead Cable × 1 gregtech:gt.blockmachines @1226
  • Ultra Low Voltage Coil × 1 gregtech:gt.metaitem.03 @32140
    • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
    • Any ULV Circuit × 1 dreamcraft:item.CircuitULV @0
    • Vacuum Tube × 1 gregtech:gt.metaitem.01 @32700
    • NAND Chip × 1 gregtech:gt.metaitem.03 @32075
  • ULV Machine Hull × 1 gregtech:gt.blockmachines @10
    • Lead Rotor × 1 gregtech:gt.metaitem.02 @21089
    • 1x Lead Cable × 1 gregtech:gt.blockmachines @1226
  • Ultra Low Voltage Coil × 1 gregtech:gt.metaitem.03 @32140
    • Lubricant Cell × 1 gregtech:gt.metaitem.01 @30724
Decoder
actual public accessor first:getInput
Parsed Ingredients
Yes
Special Recipe Matching May Require More Than Ingredient List
No
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00041

LV Energy Hatch

include

Function

Energy Injector for Multiblocks; Accepts up to 2 Amps

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 1x Tin Cable
  • Any LV Circuit
  • Electric Pump (LV)
  • Electronic Circuit
  • Integrated Logic Circuit
  • LV Machine Hull
  • Low Voltage Coil
  • Lubricant Cell
  • Microprocessor
  • Programmed Circuit

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
1
Native Max EUInput
32
Native Max EUOutput
0
Native Max Amps In
2
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-000000000ba5
    Title
    Air-Filter
    Line
    Multiblock Goals
    Gate
    Tier
    1.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\MultiblockGoals-AAAAAAAAAAAAAAAAAAAADA==\AirFilter-AAAAAAAAAAAAAAAAAAALpQ==.json
  • Uuid
    00000000-0000-0000-0000-00000000004d
    Title
    EBF-Time
    Line
    Multiblock Goals
    Gate
    Tier
    1.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\MultiblockGoals-AAAAAAAAAAAAAAAAAAAADA==\EBFTime-AAAAAAAAAAAAAAAAAAAATQ==.json
  • Uuid
    00000000-0000-0000-0000-0000000003ac
    Title
    Cleanroom
    Line
    Multiblock Goals
    Gate
    Tier
    3.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\MultiblockGoals-AAAAAAAAAAAAAAAAAAAADA==\Cleanroom-AAAAAAAAAAAAAAAAAAADrA==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
LV
Family
HatchEnergy
Registry
gregtech:gt.blockmachines
Metadata
41
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • Energy Injector for Multiblocks
  • Accepts up to 2 Amps
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEHatchEnergy
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    2,384
    M EUt
    30
    M Duration
    200
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • Programmed Circuit × 0 gregtech:gt.integrated_circuit @4
    • 1x Tin Cable × 2 gregtech:gt.blockmachines @1246
    • Electric Pump (LV) × 1 gregtech:gt.metaitem.01 @32610
    • LV Machine Hull × 1 gregtech:gt.blockmachines @11
    • Low Voltage Coil × 2 gregtech:gt.metaitem.03 @32141
    • Any LV Circuit × 1 dreamcraft:item.CircuitLV @0
    Outputs
    • LV Energy Hatch × 1 gregtech:gt.blockmachines @41
    Fluid Inputs
    • Name
      lubricant
      Amount
      2,000
    Fluid Outputs
    None recorded
    Metadata
Item Obtainability
include
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,384
M EUt
30
M Duration
200
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • Programmed Circuit × 0 gregtech:gt.integrated_circuit @4
  • 1x Tin Cable × 2 gregtech:gt.blockmachines @1246
  • Electric Pump (LV) × 1 gregtech:gt.metaitem.01 @32610
  • LV Machine Hull × 1 gregtech:gt.blockmachines @11
  • Low Voltage Coil × 2 gregtech:gt.metaitem.03 @32141
  • Any LV Circuit × 1 dreamcraft:item.CircuitLV @0
Outputs
  • LV Energy Hatch × 1 gregtech:gt.blockmachines @41
Fluid Inputs
  • Name
    lubricant
    Amount
    2,000
Fluid Outputs
None recorded
Metadata
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,384
M EUt
30
M Duration
200
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • Programmed Circuit × 0 gregtech:gt.integrated_circuit @4
  • 1x Tin Cable × 2 gregtech:gt.blockmachines @1246
  • Electric Pump (LV) × 1 gregtech:gt.metaitem.01 @32610
  • LV Machine Hull × 1 gregtech:gt.blockmachines @11
  • Low Voltage Coil × 2 gregtech:gt.metaitem.03 @32141
  • Any LV Circuit × 1 dreamcraft:item.CircuitLV @0
Outputs
  • LV Energy Hatch × 1 gregtech:gt.blockmachines @41
Fluid Inputs
  • Name
    lubricant
    Amount
    2,000
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00042

MV Energy Hatch

include

Function

Energy Injector for Multiblocks; Accepts up to 2 Amps

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 1x Copper Cable
  • Electric Pump (MV)
  • Lubricant Cell
  • MV Machine Hull
  • Medium Voltage Coil
  • Programmed Circuit
  • Ultra Low Power IC

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
2
Native Max EUInput
128
Native Max EUOutput
0
Native Max Amps In
2
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-0000000002f2
    Title
    MV Energy Hatch
    Line
    Tier 2 - MV
    Gate
    Tier
    2.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\Tier2MV-AAAAAAAAAAAAAAAAAAAABA==\MVEnergyHatch-AAAAAAAAAAAAAAAAAAAC8g==.json
  • Uuid
    00000000-0000-0000-0000-0000000002fd
    Title
    Time to Drill for Oil!
    Line
    Multiblock Goals
    Gate
    Tier
    2.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\MultiblockGoals-AAAAAAAAAAAAAAAAAAAADA==\TimetoDrillforOi-AAAAAAAAAAAAAAAAAAAC_Q==.json
  • Uuid
    00000000-0000-0000-0000-000000000b9c
    Title
    Gotta Pump It Up
    Line
    Storing and Transforming EU
    Gate
    Tier
    2.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\StoringandTransf-AAAAAAAAAAAAAAAAAAAAIQ==\GottaPumpItUp-AAAAAAAAAAAAAAAAAAALnA==.json
  • Uuid
    00000000-0000-0000-0000-0000000005d6
    Title
    Stainless Taking Too Long?
    Line
    Tier 2 - MV
    Gate
    Tier
    2.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\Tier2MV-AAAAAAAAAAAAAAAAAAAABA==\StainlessTakingT-AAAAAAAAAAAAAAAAAAAF1g==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
MV
Family
HatchEnergy
Registry
gregtech:gt.blockmachines
Metadata
42
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • Energy Injector for Multiblocks
  • Accepts up to 2 Amps
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEHatchEnergy
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    2,385
    M EUt
    120
    M Duration
    200
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • Programmed Circuit × 0 gregtech:gt.integrated_circuit @4
    • 1x Copper Cable × 1 gregtech:gt.blockmachines @1366
    • Electric Pump (MV) × 1 gregtech:gt.metaitem.01 @32611
    • MV Machine Hull × 1 gregtech:gt.blockmachines @12
    • Medium Voltage Coil × 2 gregtech:gt.metaitem.03 @32142
    • Ultra Low Power IC × 2 gregtech:gt.metaitem.03 @32063
    Outputs
    • MV Energy Hatch × 1 gregtech:gt.blockmachines @42
    Fluid Inputs
    • Name
      lubricant
      Amount
      2,000
    Fluid Outputs
    None recorded
    Metadata
Item Obtainability
include
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,385
M EUt
120
M Duration
200
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • Programmed Circuit × 0 gregtech:gt.integrated_circuit @4
  • 1x Copper Cable × 1 gregtech:gt.blockmachines @1366
  • Electric Pump (MV) × 1 gregtech:gt.metaitem.01 @32611
  • MV Machine Hull × 1 gregtech:gt.blockmachines @12
  • Medium Voltage Coil × 2 gregtech:gt.metaitem.03 @32142
  • Ultra Low Power IC × 2 gregtech:gt.metaitem.03 @32063
Outputs
  • MV Energy Hatch × 1 gregtech:gt.blockmachines @42
Fluid Inputs
  • Name
    lubricant
    Amount
    2,000
Fluid Outputs
None recorded
Metadata
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
2,385
M EUt
120
M Duration
200
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • Programmed Circuit × 0 gregtech:gt.integrated_circuit @4
  • 1x Copper Cable × 1 gregtech:gt.blockmachines @1366
  • Electric Pump (MV) × 1 gregtech:gt.metaitem.01 @32611
  • MV Machine Hull × 1 gregtech:gt.blockmachines @12
  • Medium Voltage Coil × 2 gregtech:gt.metaitem.03 @32142
  • Ultra Low Power IC × 2 gregtech:gt.metaitem.03 @32063
Outputs
  • MV Energy Hatch × 1 gregtech:gt.blockmachines @42
Fluid Inputs
  • Name
    lubricant
    Amount
    2,000
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00043

HV Energy Hatch

include

Function

Energy Injector for Multiblocks; Accepts up to 2 Amps

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 1x Gold Cable
  • 60k He Coolant Cell
  • 60k NaK Coolant Cell
  • Electric Pump (HV)
  • HV Machine Hull
  • High Voltage Coil
  • Low Power IC

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
3
Native Max EUInput
512
Native Max EUOutput
0
Native Max Amps In
2
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-00000000076f
    Title
    HV Energy Hatch
    Line
    Tier 3 - HV
    Gate
    Tier
    3.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\Tier3HV-AAAAAAAAAAAAAAAAAAAABQ==\HVEnergyHatch-AAAAAAAAAAAAAAAAAAAHbw==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
HV
Family
HatchEnergy
Registry
gregtech:gt.blockmachines
Metadata
43
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • Energy Injector for Multiblocks
  • Accepts up to 2 Amps
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEHatchEnergy
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    4,240
    M EUt
    480
    M Duration
    200
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • HV Machine Hull × 1 gregtech:gt.blockmachines @13
    • 1x Gold Cable × 1 gregtech:gt.blockmachines @1426
    • Low Power IC × 2 gregtech:gt.metaitem.03 @32065
    • High Voltage Coil × 2 gregtech:gt.metaitem.03 @32143
    • 60k He Coolant Cell × 1 gregtech:gt.60k_Helium_Coolantcell @0
    • Electric Pump (HV) × 1 gregtech:gt.metaitem.01 @32612
    Outputs
    • HV Energy Hatch × 1 gregtech:gt.blockmachines @43
    Fluid Inputs
    None recorded
    Fluid Outputs
    None recorded
    Metadata
Item Obtainability
include
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,240
M EUt
480
M Duration
200
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • HV Machine Hull × 1 gregtech:gt.blockmachines @13
  • 1x Gold Cable × 1 gregtech:gt.blockmachines @1426
  • Low Power IC × 2 gregtech:gt.metaitem.03 @32065
  • High Voltage Coil × 2 gregtech:gt.metaitem.03 @32143
  • 60k He Coolant Cell × 1 gregtech:gt.60k_Helium_Coolantcell @0
  • Electric Pump (HV) × 1 gregtech:gt.metaitem.01 @32612
Outputs
  • HV Energy Hatch × 1 gregtech:gt.blockmachines @43
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,240
M EUt
480
M Duration
200
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • HV Machine Hull × 1 gregtech:gt.blockmachines @13
  • 1x Gold Cable × 1 gregtech:gt.blockmachines @1426
  • Low Power IC × 2 gregtech:gt.metaitem.03 @32065
  • High Voltage Coil × 2 gregtech:gt.metaitem.03 @32143
  • 60k He Coolant Cell × 1 gregtech:gt.60k_Helium_Coolantcell @0
  • Electric Pump (HV) × 1 gregtech:gt.metaitem.01 @32612
Outputs
  • HV Energy Hatch × 1 gregtech:gt.blockmachines @43
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00044

EV Energy Hatch

include

Function

Energy Injector for Multiblocks; Accepts up to 2 Amps

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 1x Aluminium Cable
  • 60k He Coolant Cell
  • 60k NaK Coolant Cell
  • EV Machine Hull
  • Electric Pump (EV)
  • Extreme Voltage Coil
  • Power IC

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
4
Native Max EUInput
2,048
Native Max EUOutput
0
Native Max Amps In
2
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-0000000007e7
    Title
    More Power Needed, Sir!
    Line
    Tier 4 - EV
    Gate
    Tier
    4.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\Tier4EV-AAAAAAAAAAAAAAAAAAAABg==\MorePowerNeededS-AAAAAAAAAAAAAAAAAAAH5w==.json
  • Uuid
    00000000-0000-0000-0000-00000000058a
    Title
    EU packets flowing everywhere...
    Line
    Storing and Transforming EU
    Gate
    Tier
    5.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\StoringandTransf-AAAAAAAAAAAAAAAAAAAAIQ==\EUpacketsflowing-AAAAAAAAAAAAAAAAAAAFig==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
EV
Family
HatchEnergy
Registry
gregtech:gt.blockmachines
Metadata
44
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • Energy Injector for Multiblocks
  • Accepts up to 2 Amps
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEHatchEnergy
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    4,241
    M EUt
    1,920
    M Duration
    200
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • EV Machine Hull × 1 gregtech:gt.blockmachines @14
    • 1x Aluminium Cable × 1 gregtech:gt.blockmachines @1586
    • Power IC × 2 gregtech:gt.metaitem.03 @32051
    • Extreme Voltage Coil × 2 gregtech:gt.metaitem.03 @32144
    • 60k He Coolant Cell × 1 gregtech:gt.60k_Helium_Coolantcell @0
    • Electric Pump (EV) × 1 gregtech:gt.metaitem.01 @32613
    Outputs
    • EV Energy Hatch × 1 gregtech:gt.blockmachines @44
    Fluid Inputs
    None recorded
    Fluid Outputs
    None recorded
    Metadata
Item Obtainability
include
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,241
M EUt
1,920
M Duration
200
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • EV Machine Hull × 1 gregtech:gt.blockmachines @14
  • 1x Aluminium Cable × 1 gregtech:gt.blockmachines @1586
  • Power IC × 2 gregtech:gt.metaitem.03 @32051
  • Extreme Voltage Coil × 2 gregtech:gt.metaitem.03 @32144
  • 60k He Coolant Cell × 1 gregtech:gt.60k_Helium_Coolantcell @0
  • Electric Pump (EV) × 1 gregtech:gt.metaitem.01 @32613
Outputs
  • EV Energy Hatch × 1 gregtech:gt.blockmachines @44
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,241
M EUt
1,920
M Duration
200
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • EV Machine Hull × 1 gregtech:gt.blockmachines @14
  • 1x Aluminium Cable × 1 gregtech:gt.blockmachines @1586
  • Power IC × 2 gregtech:gt.metaitem.03 @32051
  • Extreme Voltage Coil × 2 gregtech:gt.metaitem.03 @32144
  • 60k He Coolant Cell × 1 gregtech:gt.60k_Helium_Coolantcell @0
  • Electric Pump (EV) × 1 gregtech:gt.metaitem.01 @32613
Outputs
  • EV Energy Hatch × 1 gregtech:gt.blockmachines @44
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
1
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00045

IV Energy Hatch

include

Function

Energy Injector for Multiblocks; Accepts up to 2 Amps

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

Not specified

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

  • 180k He Coolant Cell
  • 180k NaK Coolant Cell
  • 1x Superconductor IV Wire
  • Electric Pump (IV)
  • High Power IC
  • IV Machine Hull
  • Insane Voltage Coil

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
5
Native Max EUInput
8,192
Native Max EUOutput
0
Native Max Amps In
2
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

An actual current source is available before Assembly Line. Declared hardware voltage is a rating, not an item-crafting gate. Selected recipe and support dependency closure are attached; functional consumers/hatches still retain their actual voltage/material rules.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-000000000b0e
    Title
    IV Energy Hatch
    Line
    Tier 5 - IV
    Gate
    Tier
    5.0
    Assembly Line
    No
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\Tier5IV-AAAAAAAAAAAAAAAAAAAABw==\IVEnergyHatch-AAAAAAAAAAAAAAAAAAALDg==.json
  • Uuid
    00000000-0000-0000-0000-000000000584
    Title
    Assembly Line
    Line
    Multiblock Goals
    Gate
    Tier
    5.0
    Assembly Line
    Yes
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\MultiblockGoals-AAAAAAAAAAAAAAAAAAAADA==\AssemblyLine-AAAAAAAAAAAAAAAAAAAFhA==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
IV
Family
HatchEnergy
Registry
gregtech:gt.blockmachines
Metadata
45
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • Energy Injector for Multiblocks
  • Accepts up to 2 Amps
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEHatchEnergy
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
2
Non Direct ALSource Recipe Count
2
Assembly Line Source Recipe Count
0
Source Recipes
  • Type
    gt
    Map
    gt.recipe.assembler
    Ordinal
    4,242
    M EUt
    7,680
    M Duration
    200
    M Special Value
    0
    M Enabled
    Yes
    M Fake Recipe
    No
    M Hidden
    No
    Is NBTSensitive
    No
    Inputs
    • IV Machine Hull × 1 gregtech:gt.blockmachines @15
    • 1x Superconductor IV Wire × 1 gregtech:gt.blockmachines @2380
    • High Power IC × 2 gregtech:gt.metaitem.03 @32053
    • Insane Voltage Coil × 2 gregtech:gt.metaitem.03 @32145
    • 180k He Coolant Cell × 1 gregtech:gt.180k_Helium_Coolantcell @0
    • Electric Pump (IV) × 1 gregtech:gt.metaitem.01 @32614
    Outputs
    • IV Energy Hatch × 1 gregtech:gt.blockmachines @45
    Fluid Inputs
    None recorded
    Fluid Outputs
    None recorded
    Metadata
Item Obtainability
include
Selected Construction Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,242
M EUt
7,680
M Duration
200
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • IV Machine Hull × 1 gregtech:gt.blockmachines @15
  • 1x Superconductor IV Wire × 1 gregtech:gt.blockmachines @2380
  • High Power IC × 2 gregtech:gt.metaitem.03 @32053
  • Insane Voltage Coil × 2 gregtech:gt.metaitem.03 @32145
  • 180k He Coolant Cell × 1 gregtech:gt.180k_Helium_Coolantcell @0
  • Electric Pump (IV) × 1 gregtech:gt.metaitem.01 @32614
Outputs
  • IV Energy Hatch × 1 gregtech:gt.blockmachines @45
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Physical Source Proof
Selected Recipe
Type
gt
Map
gt.recipe.assembler
Ordinal
4,242
M EUt
7,680
M Duration
200
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
  • IV Machine Hull × 1 gregtech:gt.blockmachines @15
  • 1x Superconductor IV Wire × 1 gregtech:gt.blockmachines @2380
  • High Power IC × 2 gregtech:gt.metaitem.03 @32053
  • Insane Voltage Coil × 2 gregtech:gt.metaitem.03 @32145
  • 180k He Coolant Cell × 1 gregtech:gt.180k_Helium_Coolantcell @0
  • Electric Pump (IV) × 1 gregtech:gt.metaitem.01 @32614
Outputs
  • IV Energy Hatch × 1 gregtech:gt.blockmachines @45
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Support Closure Iteration
2
Ordinary Material Programs
  • P001
  • P002
  • P003
  • P005
  • P007
  • P009
  • P011
RPPSource
Not specified
Operation At Checkpoint
Supporting hardware ownership; use only when the native supply voltage, batteries, connected hatches and consumer input ratings are actually available. High-rated passive bodies are not equivalent to AL motors or higher-tier production machines.
GT-00046

LuV Energy Hatch

defer

Function

Energy Injector for Multiblocks; Accepts up to 2 Amps

Role

Supporting transport/hatch/power BOM variant, not an additional operating machine

Proposed quantity

0

Outputs

All products and retained byproducts routed to AE2 via separated buffers

Inputs

Recipe-specific item/fluid inputs; see native source recipes and dedicated process row

Dependencies

None recorded

Automation

AE2 processing patterns for demand production; separate level-controlled stocking subnet for continuous outputs; input separation and circuit/bus colors when recipe collisions exist; no unsafe mixed patterns.

Ae Mode

Processing + stocking as function requires

Power

Native Machine Tier
6
Native Max EUInput
32,768
Native Max EUOutput
0
Native Max Amps In
2
Native Max Amps Out
1
Recipe Voltage Limit
Not specified
Processing Admission Rule
Map-owner-specific: native singleblock voltage, multiblock tier skipping, coil/casing/glass and first material source; see final power/source proof
Note
Multiblock controller maxEUInput=0 is not its capacity; actual energy hatches, allowed tiers, amperage and recipe overclock behavior determine power.

Footprint

1 x 1 x 1

Availability reason

The current native output source is Assembly Line; no ordinary source fits a checkpoint-compatible machine owner.

Wiki Evidence

Not specified
Quest references
  • Uuid
    00000000-0000-0000-0000-000000000a27
    Title
    LuV Energy Hatch
    Line
    Tier 6 - LuV
    Gate
    Tier
    6.0
    Assembly Line
    Yes
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\Tier6LuV-AAAAAAAAAAAAAAAAAAAACA==\LuVEnergyHatch-AAAAAAAAAAAAAAAAAAAKJw==.json
  • Uuid
    00000000-0000-0000-0000-0000000004bc
    Title
    Starting Fusion
    Line
    Tier 6 - LuV
    Gate
    Tier
    6.0
    Assembly Line
    Yes
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\Tier6LuV-AAAAAAAAAAAAAAAAAAAACA==\StartingFusion-AAAAAAAAAAAAAAAAAAAEvA==.json
  • Uuid
    00000000-0000-0000-0000-000000000a29
    Title
    Circuit Assembly Line
    Line
    Mass Processing
    Gate
    Tier
    6.0
    Assembly Line
    Yes
    Cycle
    No
    Source
    C:\multimc\instances\GTNH_Forver_Rebuilt_IV\.minecraft\config\betterquesting\DefaultQuests\Quests\MassProcessing-AAAAAAAAAAAAAAAAAAAAEQ==\CircuitAssemblyL-AAAAAAAAAAAAAAAAAAAKKQ==.json
Full native requirements and source evidence
Domain
infrastructure
Tier
Structure dependent
Family
HatchEnergy
Registry
gregtech:gt.blockmachines
Metadata
46
Quantity Rationale
Exact quantity derives from selected controller/sector bills, cable amp/color plans and spare policy. Every native variant is audited; this row does not place one gratuitous copy.
Native Description
  • Energy Injector for Multiblocks
  • Accepts up to 2 Amps
Buffers
Filtered per-recipe item/fluid intake; output capacity for all products; machine stops if outputs cannot enter storage; no void mode
Heat Cleanroom Constraints
None recorded
Hatches Maintenance
Output side toward buffer; screwdriver permits intake from output side where needed; correct voltage-safe EU face
Native Evidence
File
native-machine-evidence.json
Class
gregtech.api.metatileentity.implementations.MTEHatchEnergy
Maps
None recorded
Recipe Count
2
Pre IVSource Recipe Count
0
Non Direct ALSource Recipe Count
0
Assembly Line Source Recipe Count
1
Source Recipes
  • Ordinal
    436
    Output
    LuV Energy Hatch × 1 gregtech:gt.blockmachines @46
    Inputs
    • LuV Machine Hull × 1 gregtech:gt.blockmachines @16
    • 1x Superconductor LuV Wire × 2 gregtech:gt.blockmachines @2400
    • Ultra High Power IC × 2 gregtech:gt.metaitem.03 @32059
    • Any LuV Circuit × 2 dreamcraft:item.CircuitLuV @0
    • Ludicrous Voltage Coil × 2 gregtech:gt.metaitem.03 @32146
    • 180k He Coolant Cell × 1 gregtech:gt.180k_Helium_Coolantcell @0
    • 180k He Coolant Cell × 1 gregtech:gt.180k_Helium_Coolantcell @0
    • Electric Pump (LuV) × 1 gregtech:gt.metaitem.01 @32615
    Fluid Inputs
    • Name
      ic2coolant
      Amount
      2,000
    • Name
      molten.indalloy140
      Amount
      720
    M EUt
    30,720
    M Duration
    400
    M Research Time
    1,200
    M Research Voltage
    7,680
    Research
    IV Energy Hatch × 1 gregtech:gt.blockmachines @45
Item Obtainability
defer
Physical Source Blockers
None recorded