Traveller The Game: Gamil Fabrication Co., 20dt Launch, TL10, AF4, HP8, SL, 2G thr., Pass.=6, 5.207McrImp.

Tuesday, February 20, 2018

Gamil Fabrication Co., 20dt Launch, TL10, AF4, HP8, SL, 2G thr., Pass.=6, 5.207McrImp.

20dt Launch/Lifeboat/Gig

TL10, 2G thrust

20dt Hull, Streamlined cylinder, 1.2Mcr.
     +AF4 Armor (Crystaliron), 1dt, 0.24Mcr.
Basic Ship Systems power requirement: 4EP.
     Total Hull: 20dt, 8HP, AF4, 19dt avail., -4EP, 1.44McrA~1.08McrImp.

Airlock, 1ea., 1dt, 0.2McrA~0.15McrImp.

Controls:
Bridge, Standard, DM-4, 3dt, 0.5Mcr.
     +Holographic controls, +0.125Mcr.
Computer=M0f, R5fib., 0.045Mcr9
Sensors: Civilian Grade, DM-2, 1dt, 1EP, 3Mcr9
     Total Controls: DM-4, Init.+2, 4dt, -1EP, 3.67Mcr9~2.569McrImp.

Engines:
     Gravitic M-drive, TL10, 2G thrust, -4EP, 0.4dt, 0.8McrA~0.600McrImp.
     Fusion-8 Power Plant, +11EP, 1.1dt, 0.55Mcr8~0.358McrImp.
     Fuel (4weeks), 1dt.
Total Engines and fuel: 7EP avail., 2.5dt, 0.958McrImp.

Payload (12.5dt, 2EP avail.):
     6ea. Ship Class Barracks Cabins, TL10, Pass.=6 (LS+1.5Kcr.), 12dt, 0.6McrA~0.45McrImp.
Cargo: 0.5dt (mostly for luggage and stores)

Totals: 20dt, AF4, HP=8, SL, 2G thrust, 2EP avail., Pass.=6, C=0.5, 5.207McrImp.

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Warp Drive Technology

This type of FTL drive is sometimes possible in a standard Traveller universe, but usually at very high tech. levels (like 17+).

Other aliens or other humans from alternate universes can sometimes develop this earlier (with all the attendant social ramifications). The following adaptation of this technology has been brought into the OTU by Prof. MacDougal via his time machine/probability ship.

Warp Drive
Size: 10%HV
Cost: 2Mcr./dt size
Energy: EP=size drive size in dt / (Perf. rating*10)
{TL16/100dt vessel: 10dt, 10EP, 24McrImp.}
{TL15/100dt vessel: 10dt, 25EP, 20McrImp.}
{TL14/100dt vessel: 10dt, 34EP, 19McrImp.}
{TL13/100dt vessel: 10dt, 50EP, 18McrImp.}
{TL12/100dt vessel: 10dt, 100EP, 17McrImp.}
{TL9-11/100dt vessel: 10dt, 168EP, 14,15,16McrImp.}
Performance:
TL17: 1psc/hr.
TL16: 0.1psc/hr. (2.40psc/day; 16.8psc/week)
TL15: 0.04psc/hr. (6.72psc/week)
TL14: 0.03psc/hr. (5.04psc/week)
TL13: 0.02psc/hr. (3.36psc/week)
TL12: 0.01psc/hr. (1.68psc/week)
TL9-11: 0.006psc/hr. (1.01psc/week)

{Thus the higher technology the drive, the less energy it requires to maintain warp at FTL speeds.}

High Energy Reaction Drives

Alternative high energy reaction drives (values per G of thrust)

{Gravitic drive included for comparison}

Atomic Thruster

TL6, Size=10%HullV, Cost=2Mcr./dt, 4%HV energy in EP from Fission Power Plant only,

0.5%HV per G-hour thrust, Max 5G.

Fuel type=H2O (water)

MHD Thruster

TL7, Size=2%HullV, Cost=2.25Mcr./dt, 5% energy in EP from MHD generator only,

Fuel consumption=2%HullV per G-hour of thrust, Max 6G.

Fuel type=HCD (Hydrocarbon distillate)

Air Breathing MHD Thruster

TL7, Size=2.4%HullV, Cost=2.25Mcr./dt, 5%HV energy in EP from MHD generator only,

Fuel consumption=1.5%HullV per G-hour of thrust, Max 6G.

Fuel type=HCD (Hydrocarbon distillate)

HePlaR (advanced plasma drive)

TL8, Size=2%HullV, Cost=0.2Mcr./dt, 10%HV energy in EP from fusion power plant only,

Fuel consumption=0.42%HullV per G-hour of thrust, Max 20G.

Fuel type=H2O (water)

Gravitic M-drive (for comparison, anti-gravity, inertial compensation, thrust)

TL9, Size=1%HullV, Cost=2Mcr./dt, 10% energy in EP from any type pwr. plant,

Fuel consumption=none, Max 12/16G.

Fuel type=n/a

Power Plants for the above

MHD Generator

5EP output, Size=1dt, Cost=0.1Mcr., Fuel consumption=6dt HCD per week

Fission Power Plant

8EP output, Size=1dt, Cost=0.4Mcr., Fuel consumption=1.2dt Radioactives per year

Fusion-8 PP

10EP output, Size=1dt, Cost=0.5Mcr., Fuel consumption=0.25dt L-Hyd per week