Get 1,000,000 skill points

Play EVE Online »

Ansiblex Jump Bridge

Traits

Type Bonuses

Role Bonuses

  • This Upwell FLEX structure is always equipped with a built in Standup Conduit Generator I service module.
  • While this structure has its Standup Conduit Generator I service module online it enters full power mode and will gain increased shield and armor hitpoints and an extra reinforcement cycle.

Basic

Mass:
3,000,000,000 kg
Packaged volume:
6,000 m3
Portion size:
1
Structure Hitpoints:
12,000,000 HP
Capacity:
0 m3
Volume:
6,000 m3
Mass:
3,000,000,000 kg
radius:
7,000 m

Cargo

Capacity:
0 m3

Rigging

Usage

Can be fitted with:
Standup Conduit Generator I

Manufacturing

Manufacturing time:
10d 10h
Copy time:
8d 8h
Material research:
16h 40m
Time research:
16h 40m

Type Info

Type ID:
35841
Graphic ID:
22269
Market group ID:
Navigation Structures
Published:
true
Radius:
7,000 m
Sof faction name:
upwell
Volume:
6,000 m3

Description

Designed by the Upwell Consortium to function as the successor and improvement over starbase jump bridges, the Ansiblex Jump Bridge 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 bridges 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 Bridge structure is automatically equipped with one
Standup Conduit Generator I service module. This service module may only be onlined in a system that contains a sovereignty hub with the Advanced Logistics Network upgrade active.

May not be deployed within 500km of another Upwell Structure, 100000km of Stargates, and 1000km of Stations, or Starbases. A maximum of one Jump Bridge may be deployed per system.