Type R2 "Rift Trader" TL-12

By Derek Wildstar ·

TML message #6577From bundle 531

Type R2 "Rift Trader" TL-12

System Description	     Surface    Volume       Mass      Price      Power
			      in m^2    in m^3  in tonnes     in MCr      in MW

Hull, 400-ton Rate
  Cyl AF, SuperDense, L=44   1320+    5600+
  Plating, AV=10	                12.25     183.86       0.34
  Structure, GMax=1	                 0.04      14.14       0.01
Jump-2 (475-t) 498.75 m^3/pc   66.5    199.5      598.5       59.85
Controls (TL-12) DynLinked               0.56       0.56       0.6       0.4
  7xWorkstations	                49.0        1.4        0.0105
Avionics, TL-10+	                 0.001      0.001      0.25      0.1
NavAids, TL-10+		                 0.001      0.001      0.0025    0.01
Computers, 3xMod/12, Mult=0.35          24.0        4.8        9.0       1.2
1000AU Maser		        1.0      0.1        0.2        0.18      0.6
1-hex Radio		       10.0      0.01       0.02       0.03      1.0
3000km AEMS		        3.2      1.6        3.2        3.2       8.0
2-hes PEMS, antenna, L=5        2.0      0.1        0.1        0.1
            processor	                 0.6        1.2        1.2       0.06
2x3-ton Turret Sockets	       20.0     84.0                   0.01      6.6
Fusion Reactor, 51 m^3/yr              170.0      680.0       34.0     340+
Maneuver Drive, 59.375 m^3/hr  23.75    23.75      23.75       0.2375  237.5
Fuel Scoops, 160 m^3/hr	      132.0                            0.42
Grapple, 10-t Cyl AF 14m      196.0     70.0       70.0        0.21
FPP, 1969.82 m^3/12hr	               393.96     787.93       0.16      5.91
4xLarge Cargo Hatches	       80.0                            0.08
Contra-Grav, TL-12 Hi-Eff     149.6    138.0       92.0       13.8      46.0
4xAirlocks		        8.0     12.0        0.4        0.02      0.004
Extended Life Support	                44.8       44.8        2.8      28.0
14xSmall Staterooms	               392.0       28.0        0.56      0.007
4xLarge Staterooms	               224.0       16.0        0.4       0.004
13xLow Berths		               182.0       13.0        0.65      0.013
Cargo			              1551.008   1551.008
Fuel			              1969.82     137.8874

TOTALS			     [CHECK]  [CHECK]    4364.7574   126.9705  [CHECK]
			                         Maint=204

Range and Performance

Cargo: 	1551.008 m^3 (110.78 tons standard), 244.608 m^3 more than Type R.
	This is 17.5 tons standard *more* than the FF&S Type R.

Range:	2 Parsec, 15.5 G-Hours, and 1 standard year
	1 Parsec, 23.5 G-Hours, and 1 standard year
	In-System 32.0 G-Hours, and 1 standard year

Mods:	A maximum-cargo model (classified as Type R21) is available as a
	special-order from several shipyards.  Using the higher efficency of
	the J-2 drives, this version increases the available cargo space.  A
	total of 529.445 m^3 of fuel tankage is converted to cargo space,
	and the maximum performace becomes 1 parsec and 15 G-Hours.  Since
	this modification retains the R2's drives, 75-ton drop tanks can
	still be carried at no performance or cargo penalty.  This increases
	the total cargo to 2080.453 m^2 (148.6 tons).



Optional "Drop" Tanks
Hull, 75-ton Rate
  Cyl AF, Composite Laminate          1050+
  Plating, AV=10	                11.44      91.54       0.1830
  Structure, GMax=1	                 5.28      42.24       0.0422
Fuel			              1033.28      72.3296

TOTALS			              [CHECK]      [CHECK]     0.2252


Range and Performance with Drop Tanks

Cargo:	No Change

Range:	6 Parsec, 2.5 G-Hours, and 1 standard year (maximum range)
	5 Parsec, 7.5 G-Hours, and 1 standard year (J5 crossing)
	2 Parsec, 32.5 G-Hours, and 1 standard year (deep gravity well)
	In-System 49.5 G-Hours, and 1 standard year

Note:	Jump Drive, Maneuver Drive, and Contra-Grav are sized for the ship
	plus drop tanks.  There is no performance penalty for carrying the
	tanks, and they do not have to be shed before jump.



Comment about merchant operations: From a quick perusal of the relevant
rules in T:TNE, it appears that successful operations to and from a world's
surface can be carried out on about 2 G-Hours of fuel (1 G-Hour each way).
If we assume that a reasonable allowance for stellar and planetary orbital
motion is 2d6 G-Turns (2d6/2 G-Hours), then the 7.5 G-Hour fuel allowance
for the J5 crossing is tight but doable.  Performed as 2xJ2 and 1xJ1, such a
crossing would be time-consuming when compared to a J-3 or J-5 ship, but not
at least full cargo capacity is retained.  For more routine operations, a 12
to 15 G-Hour maneuver reserve was assumed to be standard procedure.



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