User:Ursus/Data Test

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Cambridge
Cambridge.jpg
System
Governing House Flag-bretonia.png Kingdom of Bretonia
Region Bretonia
Connected
Systems
Leeds
New London
Omega-3
Omega-5
Poole

Cambridge system is located at the frontier of the Bretonia system, and serves as the primary food producing system for various planets and bases throughout Bretonia and aboard. Other than food, Cryer Pharmaceuticals have also established a base in this system, concentrating on the production of pharmaceuticals. On the other side, this system heavily consumes diamonds, optical chips and alien organisms. In fact, a very short and lucrative run of commodity involves transporting diamonds from Rheinland to this system or Leeds.

System Overview

Astronomical Bodies
Stellar Objects
  • Medium White Sun
  • Planet Cambridge
  • Ross Planetoid
  • Planet Sarum
  • None
  • Grasmere Ice Cloud
  • Keswick Ice Cloud
  • Cardiff Asteroid Field
  • Newcastle Asteroid Field
Industrial Development
  • Beryllium Ore (multiple)
  • Water (multiple)
Faction Presence
Lawful Factions
Corporations & Guilds
Unlawful Factions


Jump Gates and Holes

System Type Location
New London Gate B/3
Omega-3 Gate G/4
New London Hole C/3
Leeds Hole C/6
Poole Hole D/4
Omega-3 Hole F/3
Omega-5 Hole F/6

Planetary Bodies

Planet Cambridge

A serene, beautiful planet covered in lush, green plains and deep blue oceans, planet Cambridge is eminently suited to human colonisation. Settled during the colony's formative years, the planet is largely given over to farming and scientific concerns, with heavy industry of any kind strictly prohibited. It is also home to the Cambridge Research Institute, a science academy that is devoted to pure scientific research. Many important scientific breakthroughs have occurred on Cambridge through the Institute, without which the Bretonian food shortages would also be considerably more severe. Thanks to advances in crop engineering, Cambridge is also now the primary food producer for the entire of Bretonia.
Location: D/6
Diameter: 10,723 km.
Mass: 5.11 x 10e25 kg.
Terrain: Terrestrial
Temperature: -49°C to 73°C
Escape Velocity: 10.21 km/sec
Planet Cambridge

Ross Planetoid

Smaller than some asteroids, the Ross Planetoid exists at a gravitational sink where ice fragments have collected over the millennia and begun to compact under their own weight into the seed of what might eventually become a planet. Ross presents a unique opportunity for the Cambridge Research Institute to study planetary formation and extend their terraforming technology.
Location: F/5
Diameter: 200 km
Mass: 0.66 x 10e20 kg
Terrain: N/A
Temperature: N/A
Escape Velocity: N/A
Ross Planetoid

Planet Sarum

A large gas giant composed mostly of ice crystals. Deep sonar surveys have shown the presence of rare gases in vast frozen fields; however, they are located kilometers beneath the planet's surface making them impossible to collect. The Cardiff Mining Facility orbits the planet, collecting beryllium from nearby asteroid fields.
Location: E/3
Diameter: 28,312 km
Mass: 9.92 x 10e24 kg
Terrain: N/A
Temperature: N/A
Escape Velocity: 15.46 km/sec
Planet Sarum

Nebula and Asteroids

Grasmere Ice Cloud

A thick cloud of small ice asteroids. The refractive nature of the cloud tends to confuse most scanners, providing excellent cover for Corsairs who launch raids across the Cambridge Line.
Location: F/6
File:Grasmere Ice Cloud.jpg
Grasmere Ice Cloud

Keswick Ice Cloud

A thick cloud of small ice asteroids. The refractive nature of the cloud tends to confuse most scanners, providing excellent cover for Corsairs who often launch attacks on the Trade Lane to the Omega-3 Jump Gate.
Location: G/4
File:Keswick Ice Cloud.jpg
Keswick Ice Cloud

Cardiff Asteroid Field

A medium-sized asteroid field notable for its large deposits of Beryllium. A branch of the Independent Mining Guild (IMG) based on the Cardiff Mining Facility has been working the field with lucrative results, despite occasional raids by Corsairs who have managed to circumvent the Cambridge Line.
Location: E/3
File:Cardiff Asteroid Field.jpg
Cardiff Asteroid Field

Newcastle Asteroid Field

A large rock asteroid field, used as cover by particularly bold Corsairs to attack traffic to and from the New London Gate. It contains no minerals of economic value.
Location: D/3
File:Newcastle Asteroid Field.jpg
Newcastle Asteroid Field

Space Stations

Cambridge Research Station

Location: D/6
Class: Eden
Gravity: Partial
Docking: Yes
Amenities: Yes
Population: 350
Cambridge Research Station

Battleship Norfolk

Location: F/5
Class: Dunkirk
Crew: CLASSIFIED
Armament: CLASSIFIED
Battleship Norfolk

Cardiff Mining Facility

Location: E/3
Class: Wellington
Gravity: Partial
Docking: Yes
Amenities: Limited
Population: 500
Cardiff Mining Facility

Lisburn Rock

Discovered in 794 A.S. by Molly scouts returning from a reconnaissance mission into Omega 5, Lisburn Rock was the perfect location to construct a fortress for basing Molly forces at, from which they would be able to combat Corsair incursions into Bretonia. A huge rock asteroid located on the edges of the Keswick ice cloud in Cambridge, the interior was hollowed out and construction was eventually completed in 804 A.S.
Location: G/3
Class: Lough
Gravity: Complete
Docking: Yes
Amenities: Yes
Population: 140
Lisburn Rock

Mineable Commodities

Beryllium Ore

Ore is a type of rock that contains minerals such as metals which can be extracted through mining and refined for use. The ores must be processed to extract the metals of interest from the waste rock and from the ore minerals. Many organizations prefer to receive unsmelted ores in order to keep the additional cost of their production and finish within the local economy, as opposed to paying markups to foreign laborers to do the work for them.
Location: B/5, E/3
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Beryllium Ore

Water

Dihydrogen monoxide (H2O) is odorless, tasteless, transparent, and absolutely essential to human life. Roughly 75% of the human body is composed of Water. Deprived of Water, most humans can only live three days. The process of dehydration is a painful one, as tissues shrivel and vessels shrink in a desperate bid by the dying body to preserve its remaining vital functions.
Location: G/4, F/6
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Water