DEFENSE

Our position sensors for defence systems are specifically designed for RCWS (Remote Controlled Weapon Stations) and stabilised turret systems, where accuracy, responsiveness and robustness are essential. Codechamp high-precision optical encoders provide extremely fine angular feedback, essential for target tracking, fire control and dynamic stabilisation, even under motion conditions. At the same time, Semip sensors ensure reliable and continuous measurement in harsh environments characterised by shocks, intense vibration and significant temperature variations. Their robust architecture guarantees excellent long-term performance and high operational availability. Our solutions therefore contribute significantly to improving firing accuracy, system stability and the overall performance of land, naval and onboard platforms.

For optronic systems and ISR (Intelligence, Surveillance, Reconnaissance) applications, our sensors provide very high-precision angular position measurement, essential for image stability and tracking performance. By significantly reducing jitter and ensuring excellent repeatability, they directly contribute to image quality and acquisition accuracy. Designed for demanding defence environments, our sensors offer long-term reliability, even under degraded conditions such as vibration, shocks or temperature variations. Their robustness and measurement stability ensure consistent system performance. They are particularly suited to EO/IR systems, optronic pods and tracking platforms, helping to optimise detection, identification and target tracking capabilities.

Our position sensors for radar systems ensure precise antenna positioning and reliable target tracking, even in complex and dynamic environments. Codechamp high-resolution encoders provide extremely accurate angular feedback, improving scan quality, system resolution and overall tracking performance. This precision directly contributes to enhanced target detection, identification and tracking. Designed for demanding military environments, our sensors combine mechanical robustness, measurement stability and long-term reliability, even under severe vibration, shock and temperature variations. They are deployed in land-based, naval and airborne radar systems, where they contribute to optimising operational performance and mission continuity.

Our position sensors for missile seekers and guidance systems provide reliable, precise and continuous feedback in critical environments where no failure is acceptable. Codechamp high-precision optical encoders are used in seekers, where they deliver extremely fine angular measurement, essential for target tracking, stabilisation and guidance accuracy during the terminal phase. Their high resolution and stability ensure optimal performance, even under dynamic conditions. In parallel, Semip potentiometers and Hall effect sensors are integrated into nozzle and control surface actuators, enabling precise control of moving surfaces and trajectory. Designed to withstand severe constraints (vibration, shock, temperature), they offer high robustness and essential signal continuity. These solutions directly contribute to the performance, accuracy and reliability of guidance systems.