A flight control system that performs brilliantly in a prototype is of limited value if it cannot be delivered in volume, on time and with the same quality in the thousandth unit as in the first
Voice alarms in Visionair are designed as a complement to the visual alarm system, not a replacement. This multimodal approach results in a more robust and redundant HMI
This work presents a navigation architecture for unmanned aerial vehicles designed to ensure
reliable performance in GNSS-denied environments.
Over recent months, “kamikaze drones” have become a frequent term in media and online discussions to describe a type of unmanned system capable of precise strikes on enemy targets.
Loitering munitions combine surveillance and attack capabilities, remaining airborne for extended periods to identify targets and strike with precision at the optimal moment.
Loitering munitions, effectors, decoy aircraft, and C-UAS interceptors have established themselves as essential platforms
Could you briefly describe the main tasks you handle on a daily basis as an engineer in the flight control department?
The Visual Navigation System (VNS) is designed to operate with standard, mission appropriate imaging sensors rather than relying on extremely high resolution or specialized optics.
Loitering unmanned aircrafts, or loitering munitions, represent a key capability in modern defense scenarios, combining short-, medium-, and long‑range tactical and strategic missions
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