Surveillance/Intelligence Sensor Suites

TL  Length  Mass        Volume      Area    Power   Price       (El)  USP Rating
11    40    197.30      204.55       656    134.96   80.38       10   A10 P5 J0
12    90*   172.5(fl)   174.35(fl)   135     68.71  164.56(fl)   11   A10 P6 J0
            112.5(fx)   114.35(fx)  3135            104.56(fx)
13   200*   352.68(fl)  366.35(fl)   134.4   68.76  349.60(fl)   11   A10 P7 J0
            202.68(fx)  216.35(fx)  3134.4          199.60(fx)
14   400**  786.51      800.35       120.5   43.62  793.68       11   A10 P8 J0
15   400**  284.91      295.10       119.6   43.67  297.18       11   A10 P8 J0

*These sensor suites are too large for most starships.  Values for each are given as 
folding (fl) and fixed (fx) arrays.  The suites may be installed as fixed arrays in 
hull size/configurations larger than the Length of the sensor; otherwise they must be 
installed as folding arrays.

**The TL-14 and 15 sensor suites are too large to be installed in any hull size 
available in SSDS.  The values listed are for folding arrays only.

Combat Effects:
A ship using folding array sensors takes one turn to deploy or retract the antenna, 
during which it cannot maneuver.  No maneuvering or accelleration is possible while the 
antenna is deployed, and the ship's size is increased by +1 for the purpose of enemy 
active sensor locks.

Explanation:
All Surveillance suites include the following equipment:
	1x300,000km Radio
	3x1000AU Maser Comm
	2x300,000km AEMS
	2x150,000km PEMS (TL-11)
	2x180,000km PEMS (TL-12)
	2x210,000km PEMS (TL-13)
	2x240,000km PEMS (TL-14)
	2x240,000km PEMS (TL-15)
	1xDensitometer
	1xNeutrino Sensor
	3xTL-x Standard Computers
	TL-10+ Avionics
	
	*The NAS (Neural Activity Sensor) listed in Starships has too short of a range to 
be of any real value to a starship built for long-range surveillance, so I dropped it. 
The change in terms of cost, mass and volume is negligible.