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Turn a blueprint run into a materials worksheet.

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Structures and deployables

Standup M-Set Basic Large Ship Manufacturing Material Efficiency II

Structure Engineering Rig M - Basic Large Ship ME

Make 1 Standup M-Set Basic Large Ship Manufacturing Material Efficiency II at Manufacturing facility using 1 R.A.M.- Starship Tech, 16 Power Circuit, 20 Nanite Compound.

1 recipe

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Standup M-Set Basic Large Ship Manufacturing Time Efficiency I

Structure Engineering Rig M - Basic Large Ship TE

Make 1 Standup M-Set Basic Large Ship Manufacturing Time Efficiency I at Manufacturing facility using 960 Contaminated Nanite Compound, 1440 Fried Interface Circuit, 1600 Contaminated Lorentz Fluid.

1 recipe

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Structures and deployables

Standup M-Set Basic Large Ship Manufacturing Time Efficiency II

Structure Engineering Rig M - Basic Large Ship TE

Make 1 Standup M-Set Basic Large Ship Manufacturing Time Efficiency II at Manufacturing facility using 1 R.A.M.- Starship Tech, 16 Power Circuit, 20 Nanite Compound.

1 recipe

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Structures and deployables

Standup M-Set Basic Medium Ship Manufacturing Material Efficiency I

Structure Engineering Rig M - Basic Medium Ship ME

Make 1 Standup M-Set Basic Medium Ship Manufacturing Material Efficiency I at Manufacturing facility using 960 Contaminated Nanite Compound, 1440 Fried Interface Circuit, 1600 Contaminated Lorentz Fluid.

1 recipe

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Structures and deployables

Standup M-Set Basic Medium Ship Manufacturing Material Efficiency II

Structure Engineering Rig M - Basic Medium Ship ME

Make 1 Standup M-Set Basic Medium Ship Manufacturing Material Efficiency II at Manufacturing facility using 1 R.A.M.- Starship Tech, 16 Power Circuit, 20 Nanite Compound.

1 recipe

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Structures and deployables

Standup M-Set Basic Medium Ship Manufacturing Time Efficiency I

Structure Engineering Rig M - Basic Medium Ship TE

Make 1 Standup M-Set Basic Medium Ship Manufacturing Time Efficiency I at Manufacturing facility using 960 Contaminated Nanite Compound, 1440 Fried Interface Circuit, 1600 Contaminated Lorentz Fluid.

1 recipe

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Structures and deployables

Standup M-Set Basic Medium Ship Manufacturing Time Efficiency II

Structure Engineering Rig M - Basic Medium Ship TE

Make 1 Standup M-Set Basic Medium Ship Manufacturing Time Efficiency II at Manufacturing facility using 1 R.A.M.- Starship Tech, 16 Power Circuit, 20 Nanite Compound.

1 recipe

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Structures and deployables

Standup M-Set Basic Small Ship Manufacturing Material Efficiency I

Structure Engineering Rig M - Basic Small Ship ME

Make 1 Standup M-Set Basic Small Ship Manufacturing Material Efficiency I at Manufacturing facility using 960 Contaminated Nanite Compound, 1440 Fried Interface Circuit, 1600 Contaminated Lorentz Fluid.

1 recipe

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Structures and deployables

Standup M-Set Basic Small Ship Manufacturing Material Efficiency II

Structure Engineering Rig M - Basic Small Ship ME

Make 1 Standup M-Set Basic Small Ship Manufacturing Material Efficiency II at Manufacturing facility using 1 R.A.M.- Starship Tech, 16 Power Circuit, 20 Nanite Compound.

1 recipe

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Structures and deployables

Standup M-Set Basic Small Ship Manufacturing Time Efficiency I

Structure Engineering Rig M - Basic Small Ship TE

Make 1 Standup M-Set Basic Small Ship Manufacturing Time Efficiency I at Manufacturing facility using 960 Contaminated Nanite Compound, 1440 Fried Interface Circuit, 1600 Contaminated Lorentz Fluid.

1 recipe

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Structures and deployables

Standup M-Set Basic Small Ship Manufacturing Time Efficiency II

Structure Engineering Rig M - Basic Small Ship TE

Make 1 Standup M-Set Basic Small Ship Manufacturing Time Efficiency II at Manufacturing facility using 1 R.A.M.- Starship Tech, 16 Power Circuit, 20 Nanite Compound.

1 recipe

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Structures and deployables

Standup M-Set Biochemical Reactor Material Efficiency I

Structure Biochemical Reactor Rig M - ME

Make 1 Standup M-Set Biochemical Reactor Material Efficiency I at Manufacturing facility using 1400 Tangled Power Conduit, 1600 Scorched Telemetry Processor, 1600 Contaminated Nanite Compound.

1 recipe

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Structures and deployables

Standup M-Set Biochemical Reactor Material Efficiency II

Structure Biochemical Reactor Rig M - ME

Make 1 Standup M-Set Biochemical Reactor Material Efficiency II at Manufacturing facility using 1 R.A.M.- Robotics, 16 Nanite Compound, 16 Single-crystal Superalloy I-beam.

1 recipe

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Structures and deployables

Standup M-Set Biochemical Reactor Time Efficiency I

Structure Biochemical Reactor Rig M - TE

Make 1 Standup M-Set Biochemical Reactor Time Efficiency I at Manufacturing facility using 1400 Tangled Power Conduit, 1600 Scorched Telemetry Processor, 1600 Contaminated Nanite Compound.

1 recipe

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Structures and deployables

Standup M-Set Biochemical Reactor Time Efficiency II

Structure Biochemical Reactor Rig M - TE

Make 1 Standup M-Set Biochemical Reactor Time Efficiency II at Manufacturing facility using 1 R.A.M.- Robotics, 16 Nanite Compound, 16 Single-crystal Superalloy I-beam.

1 recipe

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Structures and deployables

Standup M-Set Blueprint Copy Accelerator I

Structure Engineering Rig M - Blueprint Copy Accelerator

Make 1 Standup M-Set Blueprint Copy Accelerator I at Manufacturing facility using 320 Burned Logic Circuit, 1600 Fried Interface Circuit, 1600 Melted Capacitor Console.

1 recipe

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Structures and deployables

Standup M-Set Blueprint Copy Accelerator II

Structure Engineering Rig M - Blueprint Copy Accelerator

Make 1 Standup M-Set Blueprint Copy Accelerator II at Manufacturing facility using 1 R.A.M.- Electronics, 16 Logic Circuit, 16 Interface Circuit.

1 recipe

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Structures and deployables

Standup M-Set Blueprint Copy Cost Optimization I

Structure Engineering Rig M - Blueprint Copy Cost Optimization

Make 1 Standup M-Set Blueprint Copy Cost Optimization I at Manufacturing facility using 320 Burned Logic Circuit, 1600 Fried Interface Circuit, 1600 Melted Capacitor Console.

1 recipe

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Structures and deployables

Standup M-Set Blueprint Copy Cost Optimization II

Structure Engineering Rig M - Blueprint Copy Cost Optimization

Make 1 Standup M-Set Blueprint Copy Cost Optimization II at Manufacturing facility using 1 R.A.M.- Electronics, 16 Logic Circuit, 16 Interface Circuit.

1 recipe

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Structures and deployables

Standup M-Set Composite Reactor Material Efficiency I

Structure Composite Reactor Rig M - ME

Make 1 Standup M-Set Composite Reactor Material Efficiency I at Manufacturing facility using 1400 Tangled Power Conduit, 1600 Scorched Telemetry Processor, 1600 Contaminated Nanite Compound.

1 recipe

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Structures and deployables

Standup M-Set Composite Reactor Material Efficiency II

Structure Composite Reactor Rig M - ME

Make 1 Standup M-Set Composite Reactor Material Efficiency II at Manufacturing facility using 1 R.A.M.- Robotics, 16 Nanite Compound, 16 Single-crystal Superalloy I-beam.

1 recipe

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Structures and deployables

Standup M-Set Composite Reactor Time Efficiency I

Structure Composite Reactor Rig M - TE

Make 1 Standup M-Set Composite Reactor Time Efficiency I at Manufacturing facility using 1400 Tangled Power Conduit, 1600 Scorched Telemetry Processor, 1600 Contaminated Nanite Compound.

1 recipe

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Structures and deployables

Standup M-Set Composite Reactor Time Efficiency II

Structure Composite Reactor Rig M - TE

Make 1 Standup M-Set Composite Reactor Time Efficiency II at Manufacturing facility using 1 R.A.M.- Robotics, 16 Nanite Compound, 16 Single-crystal Superalloy I-beam.

1 recipe

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Structures and deployables

Standup M-Set Drone and Fighter Manufacturing Material Efficiency I

Structure Engineering Rig M - Drone and Fighter ME

Make 1 Standup M-Set Drone and Fighter Manufacturing Material Efficiency I at Manufacturing facility using 960 Contaminated Nanite Compound, 1440 Fried Interface Circuit, 1600 Contaminated Lorentz Fluid.

1 recipe

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Structures and deployables

Standup M-Set Drone and Fighter Manufacturing Material Efficiency II

Structure Engineering Rig M - Drone and Fighter ME

Make 1 Standup M-Set Drone and Fighter Manufacturing Material Efficiency II at Manufacturing facility using 1 R.A.M.- Robotics, 16 Power Circuit, 20 Nanite Compound.

1 recipe

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Structures and deployables

Standup M-Set Drone and Fighter Manufacturing Time Efficiency I

Structure Engineering Rig M - Drone and Fighter TE

Make 1 Standup M-Set Drone and Fighter Manufacturing Time Efficiency I at Manufacturing facility using 960 Contaminated Nanite Compound, 1440 Fried Interface Circuit, 1600 Contaminated Lorentz Fluid.

1 recipe

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Structures and deployables

Standup M-Set Drone and Fighter Manufacturing Time Efficiency II

Structure Engineering Rig M - Drone and Fighter TE

Make 1 Standup M-Set Drone and Fighter Manufacturing Time Efficiency II at Manufacturing facility using 1 R.A.M.- Robotics, 16 Power Circuit, 20 Nanite Compound.

1 recipe

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Structures and deployables

Standup M-Set Electronic Warfare Economy I

Structure Combat Rig M - EW Cap Reduction

Make 1 Standup M-Set Electronic Warfare Economy I at Manufacturing facility using 130 Alloyed Tritanium Bar, 400 Ward Console, 600 Scorched Telemetry Processor.

1 recipe

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Structures and deployables

Standup M-Set Electronic Warfare Economy II

Structure Combat Rig M - EW Cap Reduction

Make 1 Standup M-Set Electronic Warfare Economy II at Manufacturing facility using 1 R.A.M.- Electronics, 4 Intact Shield Emitter, 4 Single-crystal Superalloy I-beam.

1 recipe

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Structures and deployables

Standup M-Set Electronic Warfare Projection I

Structure Combat Rig M - EW projection

Make 1 Standup M-Set Electronic Warfare Projection I at Manufacturing facility using 130 Alloyed Tritanium Bar, 400 Ward Console, 600 Scorched Telemetry Processor.

1 recipe

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Structures and deployables

Standup M-Set Electronic Warfare Projection II

Structure Combat Rig M - EW projection

Make 1 Standup M-Set Electronic Warfare Projection II at Manufacturing facility using 1 R.A.M.- Electronics, 4 Intact Shield Emitter, 4 Single-crystal Superalloy I-beam.

1 recipe

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Structures and deployables

Standup M-Set Energy Neutralizer Economy I

Structure Combat Rig M - Energy Neutralizer Cap Reduction

Make 1 Standup M-Set Energy Neutralizer Economy I at Manufacturing facility using 130 Alloyed Tritanium Bar, 400 Ward Console, 600 Scorched Telemetry Processor.

1 recipe

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Structures and deployables

Standup M-Set Energy Neutralizer Economy II

Structure Combat Rig M - Energy Neutralizer Cap Reduction

Make 1 Standup M-Set Energy Neutralizer Economy II at Manufacturing facility using 1 R.A.M.- Energy Tech, 4 Intact Shield Emitter, 4 Single-crystal Superalloy I-beam.

1 recipe

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Structures and deployables

Standup M-Set Energy Neutralizer Projection I

Structure Combat Rig M - Energy Neutralizer Projection

Make 1 Standup M-Set Energy Neutralizer Projection I at Manufacturing facility using 130 Alloyed Tritanium Bar, 400 Ward Console, 600 Scorched Telemetry Processor.

1 recipe

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Structures and deployables

Standup M-Set Energy Neutralizer Projection II

Structure Combat Rig M - Energy Neutralizer Projection

Make 1 Standup M-Set Energy Neutralizer Projection II at Manufacturing facility using 1 R.A.M.- Energy Tech, 4 Intact Shield Emitter, 4 Single-crystal Superalloy I-beam.

1 recipe

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Structures and deployables

Standup M-Set Enhanced Targeting System I

Structure Combat Rig M - Boosted Sensors

Make 1 Standup M-Set Enhanced Targeting System I at Manufacturing facility using 130 Alloyed Tritanium Bar, 400 Ward Console, 600 Scorched Telemetry Processor.

1 recipe

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Structures and deployables

Standup M-Set Enhanced Targeting System II

Structure Combat Rig M - Boosted Sensors

Make 1 Standup M-Set Enhanced Targeting System II at Manufacturing facility using 1 R.A.M.- Electronics, 4 Intact Shield Emitter, 4 Single-crystal Superalloy I-beam.

1 recipe

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Structures and deployables

Standup M-Set Equipment Manufacturing Material Efficiency I

Structure Engineering Rig M - Equipment ME

Make 1 Standup M-Set Equipment Manufacturing Material Efficiency I at Manufacturing facility using 960 Contaminated Nanite Compound, 1440 Fried Interface Circuit, 1600 Contaminated Lorentz Fluid.

1 recipe

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Structures and deployables

Standup M-Set Equipment Manufacturing Material Efficiency II

Structure Engineering Rig M - Equipment ME

Make 1 Standup M-Set Equipment Manufacturing Material Efficiency II at Manufacturing facility using 1 R.A.M.- Armor/Hull Tech, 16 Power Circuit, 20 Nanite Compound.

1 recipe

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Structures and deployables

Standup M-Set Equipment Manufacturing Time Efficiency I

Structure Engineering Rig M - Equipment TE

Make 1 Standup M-Set Equipment Manufacturing Time Efficiency I at Manufacturing facility using 960 Contaminated Nanite Compound, 1440 Fried Interface Circuit, 1600 Contaminated Lorentz Fluid.

1 recipe

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Structures and deployables

Standup M-Set Equipment Manufacturing Time Efficiency II

Structure Engineering Rig M - Equipment TE

Make 1 Standup M-Set Equipment Manufacturing Time Efficiency II at Manufacturing facility using 1 R.A.M.- Armor/Hull Tech, 16 Power Circuit, 20 Nanite Compound.

1 recipe

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Structures and deployables

Standup M-Set Hybrid Reactor Material Efficiency I

Structure Hybrid Reactor Rig M - ME

Make 1 Standup M-Set Hybrid Reactor Material Efficiency I at Manufacturing facility using 1400 Tangled Power Conduit, 1600 Scorched Telemetry Processor, 1600 Contaminated Nanite Compound.

1 recipe

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Structures and deployables

Standup M-Set Hybrid Reactor Material Efficiency II

Structure Hybrid Reactor Rig M - ME

Make 1 Standup M-Set Hybrid Reactor Material Efficiency II at Manufacturing facility using 1 R.A.M.- Robotics, 16 Nanite Compound, 16 Single-crystal Superalloy I-beam.

1 recipe

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Structures and deployables

Standup M-Set Hybrid Reactor Time Efficiency I

Structure Hybrid Reactor Rig M - TE

Make 1 Standup M-Set Hybrid Reactor Time Efficiency I at Manufacturing facility using 1400 Tangled Power Conduit, 1600 Scorched Telemetry Processor, 1600 Contaminated Nanite Compound.

1 recipe

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Structures and deployables

Standup M-Set Hybrid Reactor Time Efficiency II

Structure Hybrid Reactor Rig M - TE

Make 1 Standup M-Set Hybrid Reactor Time Efficiency II at Manufacturing facility using 1 R.A.M.- Robotics, 16 Nanite Compound, 16 Single-crystal Superalloy I-beam.

1 recipe

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Structures and deployables

Standup M-Set Ice Grading Processor I

Structure Resource Rig M - Ice Reprocessing

Make 1 Standup M-Set Ice Grading Processor I at Manufacturing facility using 40 Alloyed Tritanium Bar, 40 Armor Plates, 900 Contaminated Nanite Compound.

1 recipe

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Structures and deployables

Standup M-Set Ice Grading Processor II

Structure Resource Rig M - Ice Reprocessing

Make 1 Standup M-Set Ice Grading Processor II at Manufacturing facility using 1 R.A.M.- Ammunition Tech, 2 Intact Armor Plates, 16 Nanite Compound.

1 recipe

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Structures and deployables

Standup M-Set Invention Accelerator I

Structure Engineering Rig M - Invention Accelerator

Make 1 Standup M-Set Invention Accelerator I at Manufacturing facility using 320 Burned Logic Circuit, 1600 Fried Interface Circuit, 1600 Melted Capacitor Console.

1 recipe