Omicron Lambda

From Discovery Wiki
BlueWarningTriangle.png This page has been retired but kept for historical or other reasons, The information on this page may be incorrect, out of date or just not relevant to this version of Discovery. It should not be taken as canon nor any authority on the current version of Discovery. It is kept simply to show some history of the Discovery Mod:
Removed in 4.88

See also:

What Links HerePage HistoryHistorical Articles



BlueWarningTriangle.png A lot of these system pages are outdated, Space's nav map may be better.
Omicron Lambda System

No Data available

System Navmaps

System Overview

Local factions
Lawful
Semi-Lawful

None known

Unlawful
Planets
Planet Marratxi.jpg
Planet Marratxi
Uninhabited
Planet Manacor.jpg
Planet Manacor
Uninhabited
Binissalem.jpg
Binissalem
Uninhabited
Stations
Commodities
Produced

None known

Mineable

None known


Areas of Interest

Asteroid Fields

Palma Dust Field

Palma is a huge field of rock dust that fills the whole Omicron Lambda system, except for a small area around the Lambda sun and several other locations. Palma asteroids are mostly small, with several pockets of much larger asteroids existing within its confines. Those pockets are named Calvia, Inca, Petra, Mao, and Campos.

Calvia Asteroid Pocket

The Calvia Asteroid Pocket is a dense cluster of rock fragments that orbits Omicron Lambda's main star. The asteroids could be slowly coalescing into a planetary body as they collide and attract additional mass from the dust field throughout Omicron Lambda. The asteroids present a moderate hazard to capital ships navigating the system.

Inca Asteroid Pocket

The Inca Asteroid Pocket is a dense cluster of rock fragments that orbits Omicron Lambda's main star. The asteroids could be slowly coalescing into a planetary body as they collide and attract additional mass from the dust field throughout Omicron Lambda. The asteroids present a moderate hazard to capital ships navigating the system.

Petra Asteroid Pocket

The Petra Asteroid Pocket is a dense cluster of rock fragments that orbits Omicron Lambda's main star. The asteroids could be slowly coalescing into a planetary body as they collide and attract additional mass from the dust field throughout Omicron Lambda. The asteroids present a moderate hazard to capital ships navigating the system.

Mao Asteroid Pocket

The Mao Asteroid Pocket is a dense cluster of rock fragments that orbits Omicron Lambda's main star. The asteroids could be slowly coalescing into a planetary body as they collide and attract additional mass from the dust field throughout Omicron Lambda. The asteroids present a moderate hazard to capital ships navigating the system.

Campos Asteroid Pocket

The Campos Asteroid Pocket is a dense cluster of rock fragments that orbits Omicron Lambda's main star. The asteroids could be slowly coalescing into a planetary body as they collide and attract additional mass from the dust field throughout Omicron Lambda. The asteroids present a moderate hazard to capital ships navigating the system.


Jump Gates/Holes