TEXT: 5�
  Hull Costs 
  5
   
  Starship Hulls 
   The Hull is the basic container for the contents of a starship. The challenge is to fill 
  all required (and desired) components within the hull tonnage limitation. 
   
   
  HULL SIZES 
   Hulls are built in standard 100 ton increments ranging from 100 to 2400 tons. 
   
  HULL COSTS------------ Configuration Costs MCr---------- Total 
  Total 
   
   
  Tons 
  C 
  B 
  U 
  S 
  A 
  L 
  Squares 
  Cubes 
  A 
  B 
   
  A 
  100 
  1 
  2 
  2 
  3 
  4 
  4 
  200 
  400 
  2 
  10 
   
  B 
  200 
  4 
  6 
  8 
  10 
  12 
  16 
  400 
  800 
  2 
  10 
   
  C 
  300 
  6 
  8 
  12 
  15 
  18 
  24 
  600 
  1200 
  2 
  20 
   
  D 
  400 
  8 
  11 
  16 
  20 
  24 
  32 
  800 
  1600 
  2 
  20 
   
  E 
  500 
  15 
  20 
  30 
  35 
  40 
  60 
  1000 
  2000 
  3 
  20 
   
  F 
  600 
  24 
  32 
  48 
  54 
  60 
  96 
  1200 
  2400 
  3 
  20 
   
  G 
  700 
  32 
  43 
  64 
  71 
  78 128 
  1400 
  2800 
  3 
  20 
   
  H 
  800 
  40 
  54 
  80 
  88 
  96 160 
  1600 
  3200 
  3 
  20 
   
  J 
  900 
  45 
  60 
  90 
  99 108 180 
  1800 
  3600 
  4 
  20 
   
  K 
  1000 
  50 
  67 
  100 110 120 200 
  2000 
  4000 
  4 
  30 
   
  L 
  1100 
  55 
  74 
  110 121 132 220 
  2200 
  4400 
  4 
  40 
   
  M 
  1200 
  60 
  80 
  120 132 144 240 
  2400 
  4800 
  4 
  40 
   
  N 
  1300 
  65 
  87 
  130 143 156 260 
  2600 
  5200 
  5 
  40 
   
  P 
  1400 
  70 
  93 
  140 154 168 280 
  2800 
  5600 
  5 
  40 
   
  Q 
  1500 
  75 
  100 
  150 165 180 300 
  3000 
  6000 
  5 
  40 
   
  R 
  1600 
  80 
  107 
  160 176 192 320 
  3200 
  6400 
  5 
  40 
   
  S 
  1700 
  85 
  114 
  170 187 204 340 
  3400 
  6800 
  6 
  40 
   
  T 
  1800 
  90 
  120 
  180 198 216 360 
  3600 
  7200 
  6 
  40 
   
  U 
  1900 
  95 
  127 
  190 209 228 380 
  3800 
  7600 
  6 
  40 
   
  V 
  2000 
  100 
  134 
  200 220 240 400 
  4000 
  8000 
  6 
  60 
   W 
  2100 
  105 
  140 
  210 231 252 420 
  4200 
  8400 
  7 
  60 
   
  X 
  2200 
  110 
  147 
  220 242 264 440 
  4400 
  8800 
  7 
  60 
   
  Y 
  2300 
  115 
  154 
  230 253 276 460 
  4600 
  9200 
  7 
  60 
   
  Z 
  2400 
  120 
  160 
  240 264 288 480 
  4800 
  9600 
  7 
  60 
    
  Hull I and O are omitted to avoid confusion with 1 and 0. 
  STARSHIP TONS 
   Hulls are measured in Tons: 
  displacement tons equal to 13.5 
  cubic meters. 
   One ton allows two deck plan 
  squares when creating deck plans 
  (with a 3 meter deck separation). 
   
  Configuration Costs 
   Hull costs in the table are pre-
  calculated based on the 
  Configuration Cost formulas below.. 
   
  Configuration Costs (in MCr) 
   C= U / 2 
   B= U / 1.5 
   U= Base Cost 
   S= U + MCr1 per 100 tons 
   A= U + MCr2 per 100 tons 
   L= U x 2 
   
   Squares= Expected Deck Plan 
  squares (1.5 meters square) for this 
  hull size. 
   Cubes= Expected cubes (1.5 
  meters on a side) for this hull size. 
   A= armor tons per layer (after the 
  first).  
   B= minimum Bridge tons. 
   Hardpoints. Hull automatically 
  has one Hardpoint per 100 tons. 
   
   
  CONFIGURATION 
   
   
   
   
   
   
  Type 
  Gs 
  Atm 
  Skim 
  Land 
  Comment 
  C Cluster 
  1 
  No 
  No 
  No 
  An accumulation of compartments. 
  B Braced 
  3 
  No 
  No 
  No 
  A Cluster braced for higher acceleration. 
  U Unstreamlined 
  9 
  No 
  Yes 
  No* 
  An enclosure whose protrusions increase drag. 
  S Streamlined 
  9 
  Yes 
  Yes 
  Yes 
  An enclosure with cowlings and farings to decrease drag. 
  A Winged Streamlined 
  9 
  Yes 
  Yes 
  Yes 
  A winged enclosure with better performance in atmosphere. 
  L Lifting Body 
  9 
  Yes 
  Yes 
  Yes 
  An enclosure with lifting surfaces for best performance. 
  Gs= Maximum acceleration possible. Atm= Can the ship enter Atmosphere 2+?  
  Skim= Can the ship skim Gas Giants for Fuel? Land= Can the ship land on a world surface (*= yes if Atm 0 or 1)? 
   
  JUMP READINESS 
   
   
   
   
  Type 
  Available 
   
  Comment 
  Cost 
  X Jump Bubble 
  Standard 
   
  Jump Field centered on Jump Drive. 
  No Cost 
  Y Jump Grid 
  Option for Config-USAL 
   
  Jump Field conforms to the Hull. 
  Hull Tons x KCr 
   
  BRIDGE 
   
  Type 
  Crew 
  Tons 
  Cost 
  B1 Half Bridge 
  3 
  10 
  MCr1 
  B2 Bridge 
  4 
  20 
  MCr1 
  B3 Expanded Bridge 
  6 
  30 
  MCr2 
  B4 Double Bridge 
  10 
  40 
  MCr3 
  B5 Triple Bridge 
  14 
  50 
  MCr4 
   
   
   The Bridge is the control center for the ship and contains the 
  primary crew operating positions for a starship.  
   Bridge Contents. The Bridge contains the Ship’s Computer and a 
  1-ton console per installed Sensor.  
   Half of Bridge Tonnage remains open for crew and free space. 
   The minimum Bridge required is shown on the Hulls Table. 
   Auxiliary Bridge. More than one Bridge may be installed. 
  
SOURCE: textdata/thevault/Traveller/09 - Traveller5/Traveller5/T5 Underlying PDFs/T5=5304 Starship 04 Hulls.pdf