Standup L-Set Fighter Mission Control I
Basic
- Mass:
- 200 kg
- Packaged volume:
- 20 m3
- Portion size:
- 1
Structure Hitpoints: - 40 HP
Capacity: - 0 m3
- Volume:
- 20 m3
Mass: - 200 kg
radius: - 100 m
Module
Cargo
- Capacity:
- 0 m3
Rigging
Rig Size: - large
- Calibration cost:
- 50
Structure
- Structure Hitpoints:
- 40 HP
Usage
Manufacturing
Engineering Rig
- Source rigs:
Reprocessing
- Portion size:
- 1
| Output | Quantity |
|---|---|
| Scorched Telemetry Processor | 7,500 |
| Malfunctioning Shield Emitter | 7,500 |
| Contaminated Lorentz Fluid | 7,500 |
| Tangled Power Conduit | 7,500 |
| Alloyed Tritanium Bar | 1,625 |
| Broken Drone Transceiver | 7,500 |
| Damaged Artificial Neural Network | 7,500 |
| Thruster Console | 7,500 |
| Conductive Polymer | 7,500 |
| Ward Console | 5,000 |
Industry
Adam4Eve Material InfluenceOther
- Hitpoint Bonus:
- 10 %
- Drone Velocity Bonus:
- 30 %
Type Info
- Type ID:
- 37252
- Icon ID:
- 3200
- Meta group ID:
- 54
- Radius:
- 100 m
- Volume:
- 20 m3
Description
The Standup L-Set Fighter Mission Control I rig provides a means for structure operators to adjust hardware systems involved in fighter craft repair, refitting and navigation guidance so as to improve the overall survival characteristics and speed of fighters launched from 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.
Note: Only one rig of the same type, counting tech variations, may be fitted at the same time on a structure.