AEROSPACE

Our aeronautical potentiometers and magnetic sensors are used in numerous critical functions such as control surface actuators, landing gear systems and various onboard systems essential to aircraft operation and safety. They provide reliable, precise and continuous position measurement, which is essential for the proper functioning of control and command systems. Their simple and robust architecture ensures high tolerance to mechanical stress, vibration, shock and temperature variations encountered in aeronautical environments. This design guarantees signal continuity and excellent measurement stability, even under degraded conditions. Designed to meet the stringent requirements of flight control and actuation systems, our sensors directly contribute to the performance, safety and reliability of aircraft throughout their entire lifecycle.

Our sensors are integrated into actuators for fluid management systems (air, oil, fuel) as well as critical propulsion functions, such as helicopter engine throttle control. They provide precise and continuous position measurement, essential for ensuring reliable control of flow rates and operating parameters. Position potentiometers offer excellent linearity and high measurement stability, while magnetic sensors provide strong tolerance to mechanical stress, vibration and misalignment. Designed for demanding environments, they ensure robust and durable operation, even under severe conditions. These sensors directly contribute to the performance, energy efficiency and safety of aeronautical systems by ensuring precise control of critical fluid management and propulsion functions.

In fly-by-wire control and autopilot systems, the accuracy and reliability of position feedback are absolutely essential to ensure aircraft stability and safety. Our sensors provide fast, precise and continuous position measurement, enabling fine and responsive control of control surfaces and automated systems. Thanks to their excellent repeatability and long-term stability, they help maintain consistent performance even under varying flight conditions. Designed to integrate into redundant architectures, they ensure operational continuity and high fault tolerance. Their robustness against environmental constraints further enhances reliability. They therefore directly contribute to the performance, safety and precision of modern autopilot systems.

Designed for the most demanding aeronautical environments, our sensors are capable of withstanding severe conditions such as intense vibration, repeated shocks, wide temperature variations and significant mechanical stress. Potentiometers provide stable, precise and continuous position measurement throughout the entire service life of the system, with excellent long-term performance. In addition, magnetic sensors offer enhanced robustness, particularly due to their relative insensitivity to misalignment and their ability to operate in disturbed environments. This combination of technologies meets the high requirements of critical aeronautical applications. Our solutions are therefore an ideal choice for systems where reliability, durability and operational safety are essential criteria, contributing to the overall performance of aircraft.