Difference between revisions of "Skar Forscher"
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Skar Forscher (Star Explorer) Class | Skar Forscher (Star Explorer) Class | ||
Length: 200 m | Length: 200 m | ||
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Habitat Module Length: 30 m | Habitat Module Length: 30 m | ||
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Main Body Length: 125 m | Main Body Length: 125 m | ||
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Power Module Length (6): 105 m | Power Module Length (6): 105 m | ||
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Drive Module Length: 45 m | Drive Module Length: 45 m | ||
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Maximum Beam: 34 m | Maximum Beam: 34 m | ||
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Total Volume: 86,885 m3 (6,206 hydrogen displacement tons) | Total Volume: 86,885 m3 (6,206 hydrogen displacement tons) | ||
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Habitat Module Volume: 21,206 m3 (17,241 m3 usable space) | Habitat Module Volume: 21,206 m3 (17,241 m3 usable space) | ||
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Main Body Volume: 9,817.5 m3 (6,182 m3 usable space) | Main Body Volume: 9,817.5 m3 (6,182 m3 usable space) | ||
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Power Module Volume (6): 11,310 m3 (67,860 m3 total) (7,696 m3/46,176 m3 usable space) | Power Module Volume (6): 11,310 m3 (67,860 m3 total) (7,696 m3/46,176 m3 usable space) | ||
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Drive Module Volume: 8,738.5 m3 | Drive Module Volume: 8,738.5 m3 | ||
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Dry Mass: 60,000 tons | Dry Mass: 60,000 tons | ||
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Wet Mass: 75,000 tons | Wet Mass: 75,000 tons | ||
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Crew: 100 | Crew: 100 | ||
− | Defensive Weaponry: 4 x .6 mW point defense laser; 4 x 90 mm point defense chain guns, 1 missile bay (100 assorted missiles) | + | |
+ | Defensive Weaponry: 4 x .6 mW point defense laser; 4 x 90 mm point defense chain guns, 1 missile bay | ||
+ | (100 assorted missiles) | ||
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Hull: 100 cm of advaced composites | Hull: 100 cm of advaced composites | ||
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Primary Propulsion: Heim-Dröscher-Häuser Gravitophotonic Hyperspace Drive | Primary Propulsion: Heim-Dröscher-Häuser Gravitophotonic Hyperspace Drive | ||
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Secondary Propulsion: 20 chemical maneuvering rockets | Secondary Propulsion: 20 chemical maneuvering rockets | ||
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Primary Power Generation: 6 x 175 mW D-T fusion reactors | Primary Power Generation: 6 x 175 mW D-T fusion reactors | ||
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Secondary Power Generation: 120 proton exchange membrane fuel cells, generating 12 kWs each, for a total of 14.4 mWs, lithium polymer batteries generating 20 mWh | Secondary Power Generation: 120 proton exchange membrane fuel cells, generating 12 kWs each, for a total of 14.4 mWs, lithium polymer batteries generating 20 mWh | ||
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Fuel: 120 tons of Hydrogen, distributed in 20 alkali-modified fullerene nanotube lattice hydrogen fuel bays. | Fuel: 120 tons of Hydrogen, distributed in 20 alkali-modified fullerene nanotube lattice hydrogen fuel bays. | ||
Maximum Acceleration (linear, in open space): 2.3 Gs | Maximum Acceleration (linear, in open space): 2.3 Gs | ||
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Cruising Acceleration (linear, in open space): 1 G | Cruising Acceleration (linear, in open space): 1 G | ||
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Maximum Deceleration (linear, in open space): 1.64 Gs | Maximum Deceleration (linear, in open space): 1.64 Gs | ||
Revision as of 13:36, 25 July 2007
Skar Forscher (Star Explorer) Class
Length: 200 m
Habitat Module Length: 30 m
Main Body Length: 125 m
Power Module Length (6): 105 m
Drive Module Length: 45 m
Maximum Beam: 34 m
Total Volume: 86,885 m3 (6,206 hydrogen displacement tons)
Habitat Module Volume: 21,206 m3 (17,241 m3 usable space)
Main Body Volume: 9,817.5 m3 (6,182 m3 usable space)
Power Module Volume (6): 11,310 m3 (67,860 m3 total) (7,696 m3/46,176 m3 usable space)
Drive Module Volume: 8,738.5 m3
Dry Mass: 60,000 tons
Wet Mass: 75,000 tons
Crew: 100
Defensive Weaponry: 4 x .6 mW point defense laser; 4 x 90 mm point defense chain guns, 1 missile bay (100 assorted missiles)
Hull: 100 cm of advaced composites
Primary Propulsion: Heim-Dröscher-Häuser Gravitophotonic Hyperspace Drive
Secondary Propulsion: 20 chemical maneuvering rockets
Primary Power Generation: 6 x 175 mW D-T fusion reactors
Secondary Power Generation: 120 proton exchange membrane fuel cells, generating 12 kWs each, for a total of 14.4 mWs, lithium polymer batteries generating 20 mWh
Fuel: 120 tons of Hydrogen, distributed in 20 alkali-modified fullerene nanotube lattice hydrogen fuel bays.
Maximum Acceleration (linear, in open space): 2.3 Gs
Cruising Acceleration (linear, in open space): 1 G
Maximum Deceleration (linear, in open space): 1.64 Gs
Hull: The outermost layer of the hull is a 10 cm layer of armor quality polyethylene. Next is 20 cm of foam steel alloy, reinforced with embedded carbide whiskers, and a ceramic matrix, also reinforced with embedded carbide whiskers, in 5 sandwiched layers . This is backed with a 60 cm layer of foam titanium alloy reinforced with embedded carbide whiskers. The innermost layer is a spalling shield made up of 10 1 cm sheets of 2-D weave boron filament, bioweave, and polyethylene fiber. The combined elements have a total Specific Strength* (MPa-cm3/g) of 450 (3 times that of RHA steel armor).