Difference between revisions of "DY-100 class (FASA)"

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{{ImageInfoBox2|name=DY-100 class|file=dy100-tos24.jpg|caption=DY-100 class ([[Star Trek|TOS]] [[Space Seed (Episode)|24]])}}
 
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The DY-100, introduced in [[FASA Timeline: 1990s#1995|1995]], was the first mass-produced spacecraft capable of routine circumlunar ([[Earth (FASA)|Earth]]-[[Moon (Sol IIIa)|moon]]) travel. Interchangeable modules permitted wide diversity of mission profiles, including an upgrade for interplanetary travel that allowed it to take humans to [[Mars (FASA)|Mars]].<ref name="SFC"/> The class featured [[cryogenics|cryogenic]] systems due to the long travel times involved in early spaceflight,<ref name="TOS24"/> and remained in service until [[FASA Chronology: 2020s#2020|2020]].<ref name="SFC"/>
 
The DY-100, introduced in [[FASA Timeline: 1990s#1995|1995]], was the first mass-produced spacecraft capable of routine circumlunar ([[Earth (FASA)|Earth]]-[[Moon (Sol IIIa)|moon]]) travel. Interchangeable modules permitted wide diversity of mission profiles, including an upgrade for interplanetary travel that allowed it to take humans to [[Mars (FASA)|Mars]].<ref name="SFC"/> The class featured [[cryogenics|cryogenic]] systems due to the long travel times involved in early spaceflight,<ref name="TOS24"/> and remained in service until [[FASA Chronology: 2020s#2020|2020]].<ref name="SFC"/>
 
{{InfoBox|float=left;|name=Specifications<ref name="SFC"/>}}
 
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Latest revision as of 07:41, 12 March 2021

Myriad Universes: DY-100 class
DY-100 class
DY-100 class (TOS 24)

DY-100 class (TOS 24)
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FASA Timeline
(FASA Roleplaying Game)


The DY-100, introduced in 1995, was the first mass-produced spacecraft capable of routine circumlunar (Earth-moon) travel. Interchangeable modules permitted wide diversity of mission profiles, including an upgrade for interplanetary travel that allowed it to take humans to Mars.[1] The class featured cryogenic systems due to the long travel times involved in early spaceflight,[2] and remained in service until 2020.[1]

Specifications[1]
Length 100 m
Beam 23.37 m
Draught 34.9 m
Mass 2.72 million kg
Living/Fuel/Cargo Units Interchangeable modules each 27x5.5x6.57m (795 usable volume)
Engine Section Combination Chemical/Fission
 •  Diameter: 6.13 m
 •  Length: 19m
Command Con 12.3x7.4x4.9 m
Complement  •  Officers: 2
 •  Crew/Passengers: 0-20
Navigation Optical Tracker-Controlled Inertial Guidance
Communications Laser Radiotelemetry
Computer Standard Program-Dependent Digital Memory
Life Support  •  Gravity: No internal control
 •  Atmosphere: 34.7% O2; 11% humidity
Performance[1]
Range  •  Standard: 900,000 km
 •  Maximum: 387 million km (refit for duration travel)
Velocity  •  Cruising: 55,000 km/hour
 •  Maximum: 80,000 km/hour
 •  Escape Velocity (Earth): 38,000 km/hour
Voyage Duration  •  Typical (Earth-Moon): 9.2 hours
 •  Maximum (Earth-Mars-Asteropolis-Mars-Earth): 934 days (with supply stops)
Thrust  •  Chemical: Six chemical boost engines for Earth escape producing 4.2 million kg
 •  Fission: One Amjet hydrogen fission thruster for interplanetary transfer producing 68,000 kg (average)


Notes and References