FFS designs
TL9.Orbital.Lifter.txt
Reading preview
Source wording preserved. The original download is available separately.
Tsuga Heavy Lifter TL-9 Rate:600 Size: 25 meters (dia)
Sphere Hull (SL) Manuever: 0.67G
Hull: Composite Laminate, 7cm 14,000 sq meters surface area
Armor Rating: 42 Internal Structure Rating: 1G
Life Support: Extended Air Locks: 6
Jump Drive: N/A Jump Fuel: N/A
Power Plant: 200MW Fusion Reactor Reactor Fuel: 30kl (hydrogen)
2250Tons Thrust: AZHRAE Rocket 1125kl/hour HRF
TL-9 ContraGrav Lifters Engineering Workstations: 3
G-turns: 1
4320kl Cargo hold 13 Large cargo hatches
8 Small Staterooms (crew)
TL9 Computer Linked Controls
3 x TL9 STD computers
3 x 30,000km Radio 1 x 30,000km Maser Comm.
30,000km Radar 60,000km HRT (fixed array)
Flight Workstations: 4
3 Engineering Crew 2 Electronics Crew
1 Drive Crew 1 Maintanence Crew
1 Command Crew
Mass Loaded: 3346.6 Tonnes Acceleration G's: 0.672
Mass Unloaded: 3038 Tonnes G-Turns: 1
Price: 171.984 MCr Maintenance Points: 35
Reaction Fuel: HFR - 843.75 tonnes
Fuel Price: (HRF) 2.813 MCr Cargo: 308 Tons
Area: SURFACE HITS INTERNAL EXPLOSION
1 Hold
2-3 1: Air Lock Hold
4-5 1-2: Cargo Hatch Hold
6-7 1-5: Quarters
8-9 Hold
10 1-2: ANT 1-12: Engineering
13-18: Electronics
19-20: Hold
11 1: Cargo Hatch Engineering
12-15 Hold
16-19 1: Air Lock Hold
20 Engineering
Damage Tables:
Sensor (HRT) 1h Sensor Ant (HRT) 1H
Sensor (Radar) 4h Sensor Ant (Radar) 1H
Commo (Maser) 1h Commo Ant (Radio) 1h
Commo (Radio) 1h Commo Ant (Maser) 1h
Comp (STD) 3 x (1h)
SSR 6 x (2h) LSR 1H
Life Support 8H Ext Life Support 4H
Power Plant 4H ContraGrav Lifters 3H
AZHRAE Rocket 3H
Notes:
This ship was designed to make maximum use of the new technologies
available at TL9 - Fusion Power plants and contra-grav lifters. The
maximum amount of CG Lifters available to a 200MW Power Plant was a
600Ton hull. All crewmembers have cabins on board the ship, although the
lifter isn't mean for interplanetary transits. It's total fuel allows
for 1 G-Turn of accelleration - enough to get it into orbit and back
again (slowly - multiply times for 1G acceleration by 2).
The quarters are placed along the hemisphere and the ship is spun in
flight to produce gravity as needed.
Given the price of HRF, each ton costs approximately 10,000Cr to lift
into orbit. (2.813MCr/308 Tons = 9114 Cr/Ton)
joe
ccjoe@showme.missouri.edu