Ansiblex Jump Gate
Description:
Designed by the Upwell Consortium to function as the successor and improvement over starbase jump bridges, the Ansiblex Jump Gate is the flagship of their new Fast Logistical EXpansion (FLEX) structures product line.
The Ansiblex enables point-to-point FTL travel even for ships that lack their own jump drives, and a matched pair of gates provides a transport connection between two star systems within its operational range, using stabilized spatiotemporal tunneling. The Ansiblex makes a large number of improvements over the older jump bridge portal devices, and incorporates some elements of Triglavian Collective space-time conduit technology in its workings.
Each Ansiblex Jump Gate structure is automatically equipped with one Standup Conduit Generator I service module. This service module may only be onlined in a system that contains an Infrastructure Hub with the Advanced Logistics Network upgrade active.
May not be deployed within 500km of another Upwell Structure, or 1000km of Stargates, Stations, or Starbases. A maximum of one Jump Gate may be deployed per system.
The Ansiblex enables point-to-point FTL travel even for ships that lack their own jump drives, and a matched pair of gates provides a transport connection between two star systems within its operational range, using stabilized spatiotemporal tunneling. The Ansiblex makes a large number of improvements over the older jump bridge portal devices, and incorporates some elements of Triglavian Collective space-time conduit technology in its workings.
Each Ansiblex Jump Gate structure is automatically equipped with one Standup Conduit Generator I service module. This service module may only be onlined in a system that contains an Infrastructure Hub with the Advanced Logistics Network upgrade active.
May not be deployed within 500km of another Upwell Structure, or 1000km of Stargates, Stations, or Starbases. A maximum of one Jump Gate may be deployed per system.
Ansiblex Jump Gate
defenses
hitpoints | EM resistance |
explosive resistance |
kinetic resistance |
thermal resistance |
uniformity * | |
---|---|---|---|---|---|---|
Shield: | 750000 | 0.8 |
0.8 |
0.8 |
0.8 |
1 % |
Armor: | 750000 | 0.8 |
0.8 |
0.8 |
0.8 |
1 % |
Structure: | 3000000 | 0.8 |
0.8 |
0.8 |
0.8 |
1 % |
* Threshold below which damage starts "bleeding" through to the lower level
Shield recharge time: 1000000000000 S
Ansiblex Jump Gate
Fitting:
- Powergrid output: 20000 MW
- CPU output: 10000 Tf
- Calibration: n.a. points
- Capacitor: 200000 GJ
- High slots: 0
- Med slots: 0
- Low slots: 0
- Turret hardpoints: n.a.
- Launcher hardpoints: 0
- Rig slots (size): 0 ()
Ansiblex Jump Gate
Targeting:
- Max locked targets: 0
- Max targeting range: 0 M
- Radar sensors: 100 points
- Ladar sensors: 100 points
- Magnetometric sensors: 100 points
- Gravimetric sensors: 100 points
- Signature radius: 20000 M
- Scan resolution: 40 Mm
- Scan speed: 2500 S
Structure and speed:
- Mass: 3000000000 kg
- Volume: 6000 m3
- Cargo capacity: 0 m3
Capacitor:
- Capacitor Capacity 200000
- Capacitor Recharge time 3600000
Targeting:
- Theoretical Maximum Targeting Range 0
Structure:
- Structure Damage Limit (per second) 5000
Shield:
- Shield Damage Limit (per second) 5000
Armor:
- Armor Damage Limit (per second) 5000
Fitting:
- Service Slots 1
EW - Resistance:
- Capacitor Warfare Resistance 0.00001
- Sensor Warfare Resistance 0.00001
- Weapon Disruption Resistance 0.00001
- Stasis Webifier Resistance 0.00001
- Remote Logistics Impedance 0.00001
- Remote Electronic Assistance Impedance 0.00001
- ECM Resistance 0.00001
- Maximum cargo deposit range 10000
- Added Jump Portal Fuel Consumption 50
- Maximum Jump Mass 1480000000
- Jump Drive Fuel Need 16273
- Maximum Jump Range 5
Manufacturing
Base materials:
- Structure Construction Parts: 4
- Structure Storage Bay: 1
- Structure Electromagnetic Sensor: 1
- Structure Acceleration Coils: 3
- Structure Advertisement Nexus: 1
- Structure EXERT Conduit Coupler: 2