In order to perform complete UAS operations in marine environments, an advanced and cutting-edge flight control system is required. UAV Navigation systems allow a fully autonomous operation, from take-off to landing
UAV Navigation knows the necessity for our customers to have flexibility when configuring the system (complete platform and subsystems).
Attitude and Heading Reference Systems that may be found in the market are based on Mechanical Gyros, RLG (Ring Laser Gyroscope), FOG (Fiber optic gyroscopes), and MEMS (Microelectromechanical system) technologies.
During its operations, target drones sometimes require using devices such as flares, chaff or smoke to complete their mission.
Open-source initiatives are an interesting solution to start using a new system and become familiar with the function
UAV Navigation counts on procedures to develop DO-178C oriented and high-quality software. UAV Navigation coding standard is based on MISRA and BARR Group, etc
Both military and civil operations are getting more and more reliant on Beyond Line of Sight (BLOS) ranges, where conventional communication systems, such as cellular or radio systems, have become inaccessible.
The evasive actions consist of a combination of highly dynamic maneuvers that allow the aircraft to change its trajectory suddenly, making it difficult to track it by targeting systems or even avoiding a nearby threat.
UAV Navigation's manufacturing facility is equipped with state-of-the-art calibration and measurement tools
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