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Danube Class Runabout
Type: General purpose interstellar craft
Beam: 13.7 m
Height: 5.4 m
Decks:
Mass: 158.7 metric tons
Crew: 1 - 4 crew. 40 person evacuation limit for short
duration flights
Armament: 6 x Type IV phaser arrays, total output 750
TeraWatts
2 x Micro-photon torpedo tube + 24 torpedoes
Up to 4 full size photon or quantum torpedoes can be carried
Defense Systems: Shield system, total capacity 56,700
TeraJoules
Light Duranium/Tritanium single hull.
Low level Structural Integrity Field
Warp Speeds: Normal Cruise : Warp Factor 4
Maximum Cruise : Warp Factor 5
Maximum Rated : Warp Factor 5.2 for twelve hours
History
This vehicle was designed to accomplish
four main missions; the ability to perform rapid response
scientific expedition transportation, the ability to act
as an orbital or landed temporary operations base for
science missions, the ability to transport intact experiment
and cargo modules, and the ability to perform tactical
missions such as intelligence gathering, covert insertion/extraction
of personnel, and disruption of threat activities where
feasible.
The Danube features a front cabin for the crew of pilot,
co-pilot/navigator and two mission specialists. A two
person transporter is at the rear of the cabin, with swappable
mission modules aft of this. The modular nature of the
Danube allows it to be configured for missions such as
personnel transport, cargo transport, scientific research,
tactical, medical, etc. Above the main spaces is the warp
core, which is fed by an antimatter fuel pod at the aft
and its matter equivalent at the fore end. The power transfer
conduits run down the bulky nacelle roots, which also
contain the impulse drive reactors and various other equipment.
The impulse engines comprise two sets of four fusion reactors,
plus space-time drive coils and vectored exhaust directors.
The system also includes interstellar or atmospheric intake
vents and condenser-separators for fuel distillation.
Control and fuel feed connections are essentially identical
to any comparable impulse system. When maintenance is
required, the entire assembly can be removed as a single
unit.
The vehicles twin computer core is located under the cockpit
subfloor and measures 2.3 x 2.1 x 1.3 metres. It is a
standard isolinear unit, with a total of 186 isolinear
banks and 53 command pre-processors and data analysis
units. Subnodes distributed throughout the vehicle report
to the main computer via a standard ODN system.
The Danube's tactical systems are surprisingly comprehensive
for a vehicle of its size. The microtorpedo launchers
fire 14 cm torpedoes which can carry a variety of different
loads, including photon or quantum warheads, chemical
explosives, gases or biological agents. If required the
Danube can also carry four full size torpedoes, while
the six phaser arrays located on the cockpit, nacelles
and rear compartment provide another weapon option. As
on a starship, the shield system is fed by a portion of
the warp power output.
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Welcome to the Database Engineering Section, you will learn about Starships, Shuttles and Starbases, including the inner working of the warp drive. |
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