Note: For the examples of spacecraft design posted on this blog, I mostly use 2ed. Mongoose Traveller rules, but some examples using 1ed. rules will persist until they can be upgraded.

Look at the side column for variant rules I use in my campaign.

Friday, July 28, 2017

200dt Planetoid Hull Vessel, TL7-9+, sublight, AF4, 14.7McrImp., 123dt Payload


200dt Planetoid Hull, TL7, HP=80, H/S=2/2, AF2, 130dt avail., 0.8Mcr7~0.48McrImp.
     +2 armor points w/Titanium Armor (5% vol.), 10dt, 0.4Mcr7~0.24McrImp.
Total Hull: 160dt avail., AF4, HP=80, H/S=2/2, 0.72MCrImp.

     Bridge and Controls (TL8):
Ship Class Standard/200dt-, DM-4, 10dt, 1Mcr8~0.65McrImp.
     +Radiation Hardening (1Krads/AF6 equiv.), 0.1625McrImp.
     +Holographic Controls (Init.+2), 0.1625McrImp.
Computer: Model 1fib (double rad. prot.), R5, 0.027McrImp.
space for upgrades: 7dt, xxM
     Total Bridge and Controls: 17dt, Init.+2, DM-4, 1.002McrImp.

Total Ship Systems Power Requirement: 40EP

     Engineering (TL9):
Power Plant: Fusion-8, 100EP, 10dt, 5Mcr.
     Uses 1dt L-hyd per 4 weeks.
*Gravitic M-drive, 1 G thrust, 2dt, 20EP, 4Mcr.
*Gravitic M-drive, 2G thrust, (prototype, disad.-1--allowing TL10 at TL9)
     4dt, (energy inefficient, thus at 130%) 52EP,
     (cost +500 % for no disad., thus only 125% w/disad.) 12Mcr.
{If imported from TL10 source, value for this drive would be, 4dt, 40EP, 8.572Mcr9}
*These drives are never used simultaneously.
Fuel Tankage for power plant = 4dt (16 weeks duration)
     Total Engineering at TL9: 20dt, 48EP avail., 21Mcr9~14.7McrImp.
     Total Engineering at TL9/10: 20dt, 60EP avail., 17.572Mcr9~12.301McrImp.

Payload = 123dt.



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