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The recon probe is equipped with a full [[VAM Enhanced Sensor Pallet]]. It has specifically enhanced optical and thermal sensors. It also has enhanced topigraphical sensors for building accurate maps. The probe is controlled by an [[ECC]] and powered by a micro-fusion reactor, which can sustain it for 8 hours of continuous flight, though usage times vary depending on travel time and speed. | The recon probe is equipped with a full [[VAM Enhanced Sensor Pallet]]. It has specifically enhanced optical and thermal sensors. It also has enhanced topigraphical sensors for building accurate maps. The probe is controlled by an [[ECC]] and powered by a micro-fusion reactor, which can sustain it for 8 hours of continuous flight, though usage times vary depending on travel time and speed. | ||
[[Category: | [[Category:Robotics]] | ||
Revision as of 20:16, 17 April 2021
The standard reconnaissance probe is primarily used to survey a predefined area or target location, operating in atmospheric, aquatic, or space environments.
- Size
- 48 cm Diameter Spheroid
- Speed
- Mach 2 (Atmosphere)
720 Knots (Submerged)
0.25c (Vacuum) - Range
- 19,600 km (Atmosphere)
10,660 km (Submerged)
14.43 AU (Vacuum) - Power Source
- Micro-Fusion Reactor
- Propulsion
- Antigravity / Thrusters
The recon probe is equipped with a full VAM Enhanced Sensor Pallet. It has specifically enhanced optical and thermal sensors. It also has enhanced topigraphical sensors for building accurate maps. The probe is controlled by an ECC and powered by a micro-fusion reactor, which can sustain it for 8 hours of continuous flight, though usage times vary depending on travel time and speed.