Standup Hybrid Reactor I
Market
Basic
- Mass:
- 500 kg
- Packaged volume:
- 4,000 m3
- Portion size:
- 1
Capacity: - 0 m3
Volume: - 4,000 m3
Mass: - 500 kg
radius: - 1 m
Banned in High Sec Space: - true
Fitting
CPU usage: - 200 tf
Powergrid Usage: - 40,000 MW
Fuel
- Service Module Cycle Fuel Need:
- 15 units
- Service Module Online Fuel Need:
- 864 units
Usage
Reprocessing
- Portion size:
- 1
| Output | Quantity |
|---|---|
| Tritanium | 2,000,000 |
| Pyerite | 400,000 |
| Mexallon | 100,000 |
| Isogen | 25,000 |
| Nocxium | 4,000 |
| Zydrine | 1,000 |
| Megacyte | 600 |
| Broadcast Node | 5 |
| Integrity Response Drones | 10 |
| Nano-Factory | 15 |
| Organic Mortar Applicators | 15 |
| Recursive Computing Module | 5 |
| Self-Harmonizing Power Core | 5 |
| Sterile Conduits | 10 |
| Wetware Mainframe | 5 |
Manufacturing
- Blueprint:
- Standup Hybrid Reactor I Blueprint
Industry
Adam4Eve Material InfluenceOther
Type Info
- Type ID:
- 45538
- Icon ID:
- 21790
- Market group ID:
- Resource Processing Service Modules
- Meta group ID:
- 54
- Published:
- true
- Radius:
- 1 m
- Volume:
- 4,000 m3
Description
The Standup Hybrid Reactor I is a service module that allows reacting of the advanced materials used for creation of Tech III subsystems and ships. This specialized service module must be installed into an Upwell Refinery structure in order to operate. Due to CONCORD health and safety regulations this service module may not be used within high security space. While an Upwell Structure has at least one service module online, it will enter "full power" mode and gain significantly increased shield and armor hitpoints and an extra reinforcement cycle. 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.