Advanced aerospace test bench developed for endurance and quality testing of Electromechanical Actuators (EMA) under high-force conditions with precise displacement control and detailed sensor-based diagnostics.
FiXar developed a high-performance test bench for the validation and endurance testing of Electromechanical Actuators (EMA) used in aerospace applications. The system was specifically engineered to simulate demanding operational conditions while delivering highly accurate measurement and diagnostic capabilities.
The test bench enables comprehensive endurance and quality testing of EMAs under high mechanical loads and precisely controlled displacement movements. By replicating realistic operational forces and motion profiles, the solution allows manufacturers to validate actuator performance, reliability, and long-term durability before implementation in critical aerospace systems.
To achieve maximum testing accuracy, the system integrates high-precision sensors and advanced feedback technology for continuous monitoring of force, position, movement behavior, and actuator response. The collected data is processed into detailed diagnostic reporting, supporting performance analysis, quality assurance, and predictive maintenance evaluations.
The robust mechanical design ensures stable operation during high-force testing cycles while maintaining precise control over displacement accuracy and repeatability. This enables reliable validation of actuator functionality under extreme operating conditions typical for aerospace environments.
By combining precise motion control, advanced sensor integration, and comprehensive diagnostic capabilities, FiXar delivered a reliable and future-proof aerospace testing solution that supports improved product quality, system reliability, and certification processes for critical aircraft components.
