Station | Sell | Buy |
---|---|---|
Jita | ||
Amarr | ||
Rens | ||
Dodixie | ||
Hek | ||
Maila |
Type ID | 47348 | |
Published | True | |
Tech Level | 2 | |
Meta Level | 5 Level | |
Volume | 4,000 m3 | |
Mass | 500 kg | |
radius | 1 |
Capacity | 0 m3 |
CPU usage | 1,200 tf | |
Powergrid Usage | 60,000 MW |
Can be fitted to | Citadel | |
Can be fitted to | Engineering Complex | |
Can be fitted to | Refinery |
Portion Size | 1 |
Output | |
---|---|
Tritanium | 250,000 |
Pyerite | 50,000 |
Mexallon | 17,500 |
Isogen | 2,000 |
Nocxium | 375 |
Zydrine | 175 |
Megacyte | 75 |
Transmitter | 250 |
Miniature Electronics | 150 |
Morphite | 60 |
Gravimetric Sensor Cluster | 50 |
Magnetometric Sensor Cluster | 50 |
Ladar Sensor Cluster | 50 |
Radar Sensor Cluster | 50 |
Maximum Locked Targets Bonus | 2 + | |
Maximum Targeting Range Bonus | 15 % | |
Scan Resolution Bonus | 25 % | |
structureItemVisualFlag | 1 | |
Capacity | 0 m3 |
Type ID | 47348 |
Group ID | Structure Signal Amplifier [1535] |
Meta Group ID | Structure Tech II [53] |
Variation Parent Type ID | 37532 |
The Standup Signal Amplifier augments the scan resolution and maximum targeting range of the host structure. Additionally, the Signal Amplifier system will add bandwidth to the structure's systems allowing it to lock additional targets. The Signal Amplifier 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.