TEXT:  
  1�
  Orbital Distances 
  1
   
   
  Orbital Distances 
   Orbits are standardized on the traditional Titus-Bode Relation 
  distances primarily for ease of use. 
  HZ 
   
  5b HABITABLE ZONES 
  Habitable Zones for Stars of the Spectral Type and Size Shown. 
   
  S= 
  O= 
  AU 
  Million km 
  Light-
  Ia 
  Ib 
  II 
  III 
  IV 
  V 
  VI 
  D 
  10 
  0 
  0.2 
  30 
  100 ls  
   
   
   
   
  K9-M9 
  K4-M9 
  A0-M9 
   
  1 
  0.4 
  60 
  200 ls  
   
   
   
   
   
  G9-K3 
   
   
  2 
  0.7 
  105 
  350 ls  
   
   
   
   
  G9-K8 
  G2-G8  
  11 
  3 
  1 
  150 
  8 lm  
   
   
   
   
  G2-G8 F2-G1 
   
   
  4 
  1.6 
  240 
  13 lm  
   
   
   
   
  F7-G1 
   
   
  Inner System 
  12 
  5 
  2.8 
  420 
  30 lm  
   
   
   
  F7-K3 
  F2-F6 
   
   
   
  6 
  5.2 
  780 
  43 lm  
   
   
  F2-G8 
  A9-F6 
  A9-F1 
   
   
   
  7 
  10 
  1,500 
  83 lm  
   
   
  G9-K8* A0-A8 
  A0-A8 
   
   
   
  8 
  20 
  3,000 
  3 lh  
   
  A9-K3 
  K9-M8*  
   
   
   
   
  9 
  40 
  6,000 
  5 lh  
   
  K4-M3* M9 
   
   
   
   
   
  10 
  77 
  11,550 
  10 lh  
  A9-M3 
  M4-M8  
   
   
   
   
   
  11 
  154 
  23,100 
  21 lh F7-G1 
  M4-M9* M9 
   
   
   
   
   
  Outer System 
   
  12 
  308 
  46,200 
  42 lh G2-M9*  
   
   
   
   
   
   
   
  Orbit No. 
   
  *Complexities: Size Ia Orbit 12 also includes A0-F6. 
   
   
   
   
  Size Ib Orbit 11 also includes A0-A8. 
   
   
   
   
   
  Size II Orbit 9 also includes A0-A8. 
   
   
   
   
   
   
   
  Size III Orbit 7 also includes A9-F1. 
   
   
   
   
   
   
   
  Size III Orbit 8 also includes A0-A8. 
   
   
  5c SATELLITE ORBITS-1 
   
   
  S= 
  O= Multiplier 
   
   
  3 
  Ay 
  1 
   Ring System 
  4 
  Bee 
  2 
   Ring System 
   
  Cee 
  3 
   Ring System 
   
  Dee 
  4 
    
   
  Ee 
  5 
    
   
  Eff 
  6 
    
  5 
  Gee 
  8 
    
   
  Aitch 
  10 
    
   
  Eye 
  20 
    
   
  Jay 
  30 
    
   
  Kay 
  40 
    
  6 
  Ell 
  50 
    
  Locked to the Primary 
   
  Em 
  60 
    
   
  5c SATELLITE ORBITS-2 
   
   
  S=
  O=
  Multiplier  
   
  En
  70 
   
  Oh
  80 
   
  Pee
  100 
   
  7
  Que
  150 
   
  Arr
  200 
   
  Ess
  250 
   
  Tee
  300 
   
  Yu
  400 
   
  8
  Vee
  500 
   
  Dub
  600 
   
  Ex
  700 
   
  9
  Wye
  800 
   
  Not Locked 
  Zee
  1000 
   
   
   S= is an approximation. Calculate Orbit radius for a definitive S=. 
   Satellite Orbit radius varies with the gas giant or planet. Calculate Satellite Orbit Radius = Multiplier (GG x or World x) times 
  Primary World Size (use Ehex) for a result in thousands of km. 
   For example, Luna is orbit Ell around Terra. Terra is World Size 8. Luna orbits Terra at 50 x 8 = 400 thousand km. Titan is 
  orbit Ell around Saturn. Saturn is World Size = S (Ehex = 26 ). Titan orbits Saturn at 50 x 26 = 1,300 thousand km.  
  
SOURCE: textdata/thevault/Traveller/09 - Traveller5/Traveller5/T5 Underlying PDFs/T5=0139 Chart-5b Orbital Distances.pdf