Fixed wing:
UAV Nav autopilot is adapted to any fixed wing configuration desirable without being constrained by the number of control surfaces or their coupling to eachother. Clip shows the application on a marine environment UAV operation in full automatic control mode.
UAV Nav autopilot is adapted to any fixed wing configuration desirable without being constrained by the number of control surfaces or their coupling to eachother. Clip shows the application on a marine environment UAV operation in full automatic control mode.
RENO Air Race
Based on our experience with the top teams, UAV Navigation is introducing its telemetry technology in the Reno Air Race, an ideal field for our solution.
Based on our experience with the top teams, UAV Navigation is introducing its telemetry technology in the Reno Air Race, an ideal field for our solution.
Target:
UAV Nav autopilot, is recognized by its capability to control target drones in flights at speeds above 300+ kias, landing by ballistics parachute means, taking account for wind to reach landing point within spec. Video shows the whole sequence of a target drone flight.
UAV Nav autopilot, is recognized by its capability to control target drones in flights at speeds above 300+ kias, landing by ballistics parachute means, taking account for wind to reach landing point within spec. Video shows the whole sequence of a target drone flight.
EFIS performance
Our EFIS, based on UAV Navigation's AP04 autopilot, helps Red Bull Air Race pilots during their flights. It is the only MEMS based AHRS able to withstand up to 13G and more than 300 º/s roll rates. In this video you can see how our system performs under these extreme conditions.
Our EFIS, based on UAV Navigation's AP04 autopilot, helps Red Bull Air Race pilots during their flights. It is the only MEMS based AHRS able to withstand up to 13G and more than 300 º/s roll rates. In this video you can see how our system performs under these extreme conditions.
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