Uncrewed Systems
Uncrewed and autonomous vehicles of every type require reliable inertial sensing and navigation data for their missions. Unmanned aerial vehicles may navigation in intermittent GNSS and may require high speed sensor data to control their high dynamics flight profiles.
Resilient Navigation & Stabilization Sensors for Uncrewed Applications
Aeron's wide array of tactical navigation and guidance sensors for your uncrewed applications. Take advantage of our FOG-like MEMS sensors in a very tiny SWAP (size, weight and power) to power your unmanned platform whether in air, land or sea.
Underwater robots execute complex missions and traverse treacherous terrain for hydrography. Unmanned aerial vehicles may navigation in intermittent GNSS and may require high speed sensor data to control their high dynamics flight profiles. Similarly, ground robots may have to travel BVLOS (beyond visual line of site) for critical missions where knowledge of their position and orientation even in absence of GNSS is paramount. Aeron's uncrewed navigation sensors are widely used by drone manufacturers for their reliability, low SWAP and high performance.
Our GNSS integrated, all-in-one sensor packages with onboard magnetometer, barometer and triaxial IMU sensors are rugged (MIL qualified) and field-proven. These systems deliver precision guidance, resilient positioning, and unmatched autonomy in UAVs, tethered platforms, UGVs, gimbals, SATCOM terminals, ROVs, and UUVs.
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Control & Stabilization
Aeron’s IMU sensors for control & stabilization deliver unmatched stability for gimbals, SATCOM systems, munitions, and underwater platforms. Castor series offers advanced MEMS (1 °/hr. class), giving precision rate and acceleration data, vibration tolerance, and uninterrupted performance in contested environments.
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