Starship autodoc, LBB 8 and 2 design
Designed by Kurega Gikur, produced by General products.
Top end Autodoc 60400-04-PP222-8EC5(F) Cr1,830,910
Doc unit: 434 kg 150 liters (.15 cubic meters)
Total displacement ½ dton
Fuel=6 Duration= 1 TL=15
30/75 (none)
4 v. light arms with 20 touch sensors ( +sen )
2 visual sensors ( +tele +LI +PIR +AIR ), 2 audio sensors ( +sen ), 2 olfactory sensors ( +sen )
1 voder,
2 magnetic sensors (MRI), 2 radiation sensors, 2 mass sensors, 2 neutrino sensors, 1 gravitic imager
1 scanning electron microscope, 1 genetic sequencer
4 spotlights, 1 speaker, 1 power interface, 1 brain interface, 1 program interface
1 radio (5km)
1 holo recorder (3D), 1 holo display (3D)
1 mechanical package, 1 electronic package
1 medical package
1 Respirator/compressor that charges one six liter oxygen tank and one, six liter mixed atmosphere tank.
Expanded Pharmacy
electronic circuit protection
Software
Science-2, Medical-4
Electronic-2
Once the patient is placed on the bed the robotic arms immediately place the sensors and auto injector in the correct places. The unit will always ask permission for treatments before performing them but will act if no answer is given.
The unit is designed to work off starship power but can function on an internal fuel cell for 24 hours. In the most extreme emergencies an alarm will sound, a lid will close and the unit will become a medical low berth and a dialog box on the main display will read , “ Situation critical seek expert medical assistance! ”
Frankly I am not sure who would buy this thing. For MCr1.8 you could hire a medic for several years. The cost includes the low berth, stationary medical robot and drugs.![Confused :confused: :confused:](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)
Designed by Kurega Gikur, produced by General products.
Top end Autodoc 60400-04-PP222-8EC5(F) Cr1,830,910
Doc unit: 434 kg 150 liters (.15 cubic meters)
Total displacement ½ dton
Fuel=6 Duration= 1 TL=15
30/75 (none)
4 v. light arms with 20 touch sensors ( +sen )
2 visual sensors ( +tele +LI +PIR +AIR ), 2 audio sensors ( +sen ), 2 olfactory sensors ( +sen )
1 voder,
2 magnetic sensors (MRI), 2 radiation sensors, 2 mass sensors, 2 neutrino sensors, 1 gravitic imager
1 scanning electron microscope, 1 genetic sequencer
4 spotlights, 1 speaker, 1 power interface, 1 brain interface, 1 program interface
1 radio (5km)
1 holo recorder (3D), 1 holo display (3D)
1 mechanical package, 1 electronic package
1 medical package
1 Respirator/compressor that charges one six liter oxygen tank and one, six liter mixed atmosphere tank.
Expanded Pharmacy
electronic circuit protection
Software
Science-2, Medical-4
Electronic-2
Once the patient is placed on the bed the robotic arms immediately place the sensors and auto injector in the correct places. The unit will always ask permission for treatments before performing them but will act if no answer is given.
The unit is designed to work off starship power but can function on an internal fuel cell for 24 hours. In the most extreme emergencies an alarm will sound, a lid will close and the unit will become a medical low berth and a dialog box on the main display will read , “ Situation critical seek expert medical assistance! ”
Frankly I am not sure who would buy this thing. For MCr1.8 you could hire a medic for several years. The cost includes the low berth, stationary medical robot and drugs.