| Zurich | |
| System | |
| Governing House | Independent |
| Region | Gallic Border Worlds |
| Connected Systems | Picardy Cologne |
No description available.
System Overview
|
Astronomical Bodies
Stellar Objects
Yellow Giant
Planetary Objects
Nebulae & Asteroids
|
Industrial Development
Space Stations
Commodity Mining
|
Faction Presence
Lawful Factions
Corporations & Guilds
Unlawful Factions
|
System Map
Areas of Interest
Nebulae
Verrier Cloud
A gas cloud in the Zurich system that was once a single gas ring along with other clouds. A more detailed analysis of the cloud suggests that it is of stellar origin and corresponds in composition to the upper layers of the Zurich star. Current scientific knowledge cannot satisfactorily explain this phenomenon, as the Zurich star is not currently at the end of its life, but only in the first third of its estimated lifetime.
From the Verrier cloud, strange gravimetric data was recorded that did not match the related gas plumes in Zurich. However, due to the cuts in scientific capacity and budgets at the Oerlikon Stellar Observatory, no research has yet been initiated and grants and research goals are still under discussion.
Leading Gallic academic figures in astronomy and astrophysics assume that whatever happened to the local star in the Zurich system, it is the Verrier cloud that may provide answers to these questions. Pilots on both sides of the law try to avoid this cloud as much as possible and it is generally recommended to move only along its edge precisely because of its unpredictable properties.
Glarus Cloud
A gas cloud in the Zurich system that was once a single gas ring along with other clouds. A more detailed analysis of the cloud suggests that it is of stellar origin and corresponds in composition to the upper layers of the Zurich star. Current scientific knowledge cannot satisfactorily explain this phenomenon, as the Zurich star is not currently at the end of its life, but only in the first third of its estimated lifetime.
The remote Glarus cloud is often used by local criminals as a place to safely and discreetly transfer cargo between ships, away from the prying eyes of both the law and other criminals.
Valais Cloud
A gas cloud in the Zurich system that was once a single gas ring along with other clouds. A more detailed analysis of the cloud suggests that it is of stellar origin and corresponds in composition to the upper layers of the Zurich star. Current scientific knowledge cannot satisfactorily explain this phenomenon, as the Zurich star is not currently at the end of its life, but only in the first third of its estimated lifetime.
Acidic chemical compounds have been detected in the Valais cloud, probably formed by the reaction of a stellar gas cloud with rock fragments inside. Although these corrosive properties are not aggressive enough to threaten ships passing through the cloud, prolonged exposure can cause serious damage to ships' propulsion systems.
Civilian ships are advised to avoid the Valais cloud due to increased criminal activity in the area. Although the Gallic authorities are monitoring this area closely, patrols do not generally venture deep into the cloud because of the greatly increased danger and threat of losing their bearings.
Vaud Cloud
A gas cloud in the Zurich system that was once a single gas ring along with other clouds. A more detailed analysis of the cloud suggests that it is of stellar origin and corresponds in composition to the upper layers of the Zurich star. Current scientific knowledge cannot satisfactorily explain this phenomenon, as the Zurich star is not currently at the end of its life, but only in the first third of its estimated lifetime.
An increased electrostatic charge has been detected inside the Vaud cloud compared to other gas clouds and navigating through it is potentially dangerous without specialized sensors. For safety reasons, entry into the Vaud cloud is officially prohibited and all ships are required to avoid it.
While there have certainly been a few brave and enterprising people who have chosen to enter the Vaud Cloud for various reasons, most have never returned or the electronics on their ships have been badly damaged.
Asteroid Fields
Bern Field
A huge asteroid field orbiting the star of Zurich. A preliminary astrogeological survey has revealed that the field is much younger than the star itself. The structure of the debris suggests melting and recrystallization, so it is most likely a field formed from one or more planets or protoplanets that were destroyed when the yellow giant threw some of its surface into interplanetary space for unknown reasons.
In addition to providing a glimpse into the past of the Zurich system, the Bern field is also significant for its richness in metals, especially Molybdenum. Therefore, shortly after the settlement of the Zurich system, GMS began mining operations here and many prospectors predict that the importance of the Bern Field will only grow in the future.
Research Station 19 Minefield
>>>WARNING: RESTRICTED AREA<<<
A high-security perimeter surrounding a gigantic arsenal of the Rheinland Military hidden deep within the Hohenfeld cloud. The mines were laid in hurry and show irregularities in their distribution. Some gaps are large enough for small vessels to pass through from outside. There are three main passages through the minefield, all large enough for an entire fleet to pass through within a short period of time.
Mineable Zone
MOLYBDENUM 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.
Wrecks
Jump Gates/Holes
| Target System | Type | Location |
|---|---|---|
| Picardy | Jump Gate | B-3 |
| Cologne | Jump Gate | E-7 |
| Cologne | Jump Hole | F/G-4/3 |
NOTE: Page generated on the 13/06/2023 at 13:02:27 UTC