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Unpublished Structure Modules
Image Name Speciality CPU Powergrid Volume
Structure Compression Plant

Service Module Cycle Fuel Need = 5 units
Service Module Fuel Need = Fuel Block
Service Module Online Fuel Need = 360 units
1,000 tf 200,000 MW 4.000
Unpublished Structure Modules (Not Published)
Image Name Speciality CPU Powergrid Volume
t 35893  Corporation Offices

    4.000
Standup CSP Tractor Beam I
The Standup CSP Tractor Beam mounts tractor beam arrays capable of effectively countering ship propulsion systems and will effectively allow structure operators to manage the busy navigation lanes around their properties. Additionally, the CSP Tractor Beam can be a valuable aid to structure security and defense in any number of combat scenarios. The CSP Tractor Beam is designed to be installed as a module in Upwell technology structures.

Standup is a proprietary system that uses a Structure Autonomous Nanoassembly Device (Upwell) containing integrated template software, a nanoassembler array and sufficient nanomass to enable the construction of a variety of service modules, structure modules and structure rigs when inserted into the appropriate slots on a structure built with Upwell technology.

Activation Cost = 100 GJ
Activation time / duration = 10.0 sec
Maximum Tractor Velocity = 2,000 m/sec
Optimal Range = 250,000 m
1,000 tf 100,000 MW 4.000
t 35880  Standup Drug Lab I

Service Module Cycle Fuel Need = 5 units
Service Module Fuel Need = Fuel Block
Service Module Online Fuel Need = 360 units
2,000 tf 200,000 MW 4.000
Standup Fighter Damage Amplifier I
The Standup Fighter Damage Amplifier is a quantum entangled communications system that creates a bridged processing array between the structure's fire control computers and the onboard computers of linked fighter craft. Structure operators can expect to see significant increases in the effective damage of their fighter squadron's weapons after installing the Fighter Damage Amplifier as a module in Upwell technology structures.

Standup is a proprietary system that uses a Structure Autonomous Nanoassembly Device (Upwell) containing integrated template software, a nanoassembler array and sufficient nanomass to enable the construction of a variety of service modules, structure modules and structure rigs when inserted into the appropriate slots on a structure built with Upwell technology.

Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized.

Drone Damage Bonus = 15 %
1,500 tf 50,000 MW 4.000
Standup Fighter Tracking Enhancer I
The Standup Fighter Attack Controller is a quantum entangled communications system that creates a bridged processing array between the structure's tracking computers and the onboard computers of linked fighter craft. Structure operators can expect to see significant enhancement of the range and tracking of their fighter squadron's weapons after installing the Fighter Tracking Enhancer as a module in Upwell technology structures.

Standup is a proprietary system that uses a Structure Autonomous Nanoassembly Device (Upwell) containing integrated template software, a nanoassembler array and sufficient nanomass to enable the construction of a variety of service modules, structure modules and structure rigs when inserted into the appropriate slots on a structure built with Upwell technology.

Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized.

Falloff Bonus = 13.4 %
Optimal Range Bonus = 6.7 %
Tracking Speed Bonus = 7 %
1,000 tf 50,000 MW 4.000
Standup Repulsor Field Projector I
The Standup Repulsor Field is a development of tractor-repulsor systems research and allows structure operators to rapidly clear a designated area of space of all traffic using a field-effect generated by the Repulsor Field Projector. The systems required to operate the Repulsor Field Projector can be installed as a module in Upwell technology structures.

Standup is a proprietary system that uses a Structure Autonomous Nanoassembly Device (Upwell) containing integrated template software, a nanoassembler array and sufficient nanomass to enable the construction of a variety of service modules, structure modules and structure rigs when inserted into the appropriate slots on a structure built with Upwell technology.

Activation Cost = 60,000 GJ
bumpingStrength = 1
Activation time / duration = 10.0 sec
Optimal Range = 250,000 m
3,000 tf 50,000 MW 8.000
Structure Armored Targeted Link

Activation Cost = 500 GJ
Command Bonus = -4.8 %
Activation time / duration = 10.0 sec
Optimal Range = 50,000 m
1,500 tf 200,000 MW 4.000
t 35895  Structure Corporation Insurance

Service Module Fuel Need = Fuel Block
    4.000
t 35897  Structure Customs Office

Service Module Fuel Need = Fuel Block
1,500 tf 200,000 MW 4.000
Structure Drone Link Augmentor

Activation time / duration = 10.0 sec
Drone Control Range Bonus = 20,000 m
1,000 tf 100,000 MW 4.000
Structure Drone Navigation Computer

Activation Cost = 200 GJ
Activation time / duration = 10.0 sec
Maximum Velocity Bonus = +25 %
1,500 tf 50,000 MW 4.000
Structure ECCM Projector

Activation Cost = 200 GJ
Activation time / duration = 10.0 sec
Gravimetric Strength = 100 %
Ladar Strength = 100 %
Magnetometric Strength = 100 %
Radar Strength = 100 %
Accuracy falloff = 100,000 m
Optimal Range = 100,000 m
1,000 tf 50,000 MW 4.000
Structure Information Targeted Link

Activation Cost = 500 GJ
Command Bonus = -4.8 %
Activation time / duration = 10.0 sec
Optimal Range = 50,000 m
1,500 tf 200,000 MW 4.000
t 35898  Structure Interbus Transport Service

Service Module Fuel Need = Fuel Block
6,000 tf 600,000 MW 16.000
t 35896  Structure Loyalty Point Store

Service Module Fuel Need = Fuel Block
1,000 tf 150,000 MW 4.000
Structure Mining Targeted Link

Activation Cost = 500 GJ
Command Bonus = -4.8 %
Activation time / duration = 10.0 sec
Optimal Range = 50,000 m
1,500 tf 200,000 MW 4.000
Structure Missile Guidance Computer

Activation Cost = 200 GJ
Charge size = Small
Activation time / duration = 10.0 sec
Reload Time = 0.0 sec
Explosion Radius Bonus = -5 %
Explosion Velocity Bonus = 5 %
Flight Time Bonus = 4 %
Missile Velocity Bonus = 4 %
1,500 tf 50,000 MW 4.000
t 35901  Structure Moon Drilling

3,000 tf 450,000 MW 4.000
t 35904  Structure Planetoid Drilling

4,000 tf 800,000 MW 32.000
Structure Remote Armor Repairer

Activation Cost = 300 GJ
Armor Hitpoints Repaired = 500 HP
Activation time / duration = 10.0 sec
Effectiveness Falloff = 25,000 m
Optimal Range = 50,000 m
1,000 tf 275,000 MW 4.000
Structure Remote Capacitor Transmitter

Activation Cost = 500 GJ
Activation time / duration = 10.0 sec
Energy transfer amount = 300 points
Optimal Range = 7,500 m
1,500 tf 200,000 MW 4.000
Structure Remote Hull Repairer

Activation Cost = 300 GJ
Activation time / duration = 10.0 sec
Structure Hitpoints Repaired = 500 HP
Effectiveness Falloff = 25,000 m
Optimal Range = 50,000 m
1,500 tf 200,000 MW 4.000
Structure Remote Missile Guidance Computer

Activation Cost = 200 GJ
Charge size = Small
Activation time / duration = 10.0 sec
Reload Time = 0.0 sec
Accuracy falloff = 50,000 m
Optimal Range = 100,000 m
Explosion Radius Bonus = -5 %
Explosion Velocity Bonus = 5 %
Flight Time Bonus = 4 %
Missile Velocity Bonus = 4 %
1,000 tf 50,000 MW 4.000
Structure Remote Sensor Booster

Activation Cost = 200 GJ
Charge size = Small
Activation time / duration = 10.0 sec
Reload Time = 0.0 sec
Accuracy falloff = 100,000 m
Optimal Range = 100,000 m
Maximum Targeting Range Bonus = 33.8 %
Scan Resolution Bonus = 28 %
1,000 tf 50,000 MW 4.000
Structure Remote Shield Booster

Shield Bonus = 40 HP
shield Transfer Range = 4,000 m
Activation Cost = 400 GJ
Activation time / duration = 10.0 sec
Effectiveness Falloff = 25,000 m
2,000 tf 150,000 MW 4.000
Structure Remote Tracking Computer

Activation Cost = 200 GJ
Charge size = Small
Activation time / duration = 10.0 sec
Reload Time = 0.0 sec
Optimal Range = 100,000 m
Falloff Bonus = 10 %
Optimal Range Bonus = 5 %
Tracking Speed Bonus = 10 %
1,000 tf 50,000 MW 4.000
Structure Resistance Switcher

Activation Cost = 100,000 GJ
Charge size = Small
Activation time / duration = 1.0 sec
Reload Time = 0.0 sec
1,000 tf 100,000 MW 4.000
Structure Scan Resolution Booster

Activation Cost = 200 GJ
Charge size = Small
Activation time / duration = 10.0 sec
Reload Time = 0.0 sec
Scan Resolution Bonus = 30 %
1,500 tf 50,000 MW 4.000
Structure Siege Targeted Link

Activation Cost = 500 GJ
Command Bonus = -4.8 %
Activation time / duration = 10.0 sec
Optimal Range = 50,000 m
1,500 tf 200,000 MW 4.000
Structure Skirmish Targeted Link

Activation Cost = 500 GJ
Command Bonus = -4.8 %
Activation time / duration = 10.0 sec
Optimal Range = 50,000 m
1,500 tf 200,000 MW 4.000
Structure Tracking Enhancer

    4.000
Structure Warp Scrambler Generator

    4.000

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Database: Invasion 2 (2019-11-26)

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