Here are commo and sensor elements from MegaTraveller. I'd like to find out what their FFS2 counterparts are, decide what adjustments to make, rebuild the table below, and from there build four electronics packages, following these guidelines:
Vehicle Electronics Package Low volume (no more than 0.1t), KCr150. Regional/continental commo and sensors.
Smallcraft Electronics Package Insignificant volume (no more than 0.1t), KCr500. Built for orbital-range operations.
Commercial Spacecraft Electronics Package Insignificant volume (no more than 0.1t), MCr1. Built for system ranges and typical "light combat" range.
Survey Electronics Package A few MCr. Built for finding things that are hard to find. Good for military operations as well as Scout ships.
In addition, I'd like people's thoughts about the data broadcaster that's in the X-Boat. I suggest a high-bandwidth broadcaster that takes up one slot in a turret and displaces appx 1/3 ton. Thus three of them would fill a triple turret and would displace the 1 ton that would normally be needed for fire control in CT.
That could mean a battery of 300 laser communicators with a 1000 AU range, at appx 1 MW, for MCr54.
So, does it matter whether a regional radio commo is Cr500 versus Cr8,000? Should a radio commo with a planetary range cost KCr 100,000?
Vehicle Electronics Package Low volume (no more than 0.1t), KCr150. Regional/continental commo and sensors.
Smallcraft Electronics Package Insignificant volume (no more than 0.1t), KCr500. Built for orbital-range operations.
Commercial Spacecraft Electronics Package Insignificant volume (no more than 0.1t), MCr1. Built for system ranges and typical "light combat" range.
Survey Electronics Package A few MCr. Built for finding things that are hard to find. Good for military operations as well as Scout ships.
In addition, I'd like people's thoughts about the data broadcaster that's in the X-Boat. I suggest a high-bandwidth broadcaster that takes up one slot in a turret and displaces appx 1/3 ton. Thus three of them would fill a triple turret and would displace the 1 ton that would normally be needed for fire control in CT.
That could mean a battery of 300 laser communicators with a 1000 AU range, at appx 1 MW, for MCr54.
Code:
MegaTraveller Fire, Fusion, and Steel 2
Component Volume(m3) Cost (Cr) Component Volume(m3) Cost (Cr)
--------------------- --------- --------- --------------------- --------- ---------
Regional radio 0.0002 500 Regional radio/1kW - 8,000
Planetary radio 0.0014 30,000 Planetary radio/100kW - KCr 100
System radio commo 0.014 KCr 150 System commo/200kW - KCr 150
System datacaster 4.5 MCr 54
VDistant PEMS 0.002 20,000 VDistant PEMS/50km - 10,000
Continental PEMS 0.01 KCr 100 Continental PEMS/5000km - MCr 2.5
Interplanetary PEMS 0.014 KCr 140
Interstellar PEMS 0.032 KCr 320
VDistant AEMS 0.01 KCr 100
Planetary AEMS 0.028 KCr 280
FarOrbit AEMS 0.06 KCr 600
HP Densitometer, 1km 7.0 MCr 1.5
Neutrino Sensor, 10kw 0.2 KCr 110
FarOrbit EMS Jammer 0.12 MCr 1.2
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