Racing suspension travel change monitoring
In the field of motorcycle racing, the dynamic performance of vehicle suspension systems directly impacts handling stability and cornering limits. Traditional mechanical displacement sensors, plagued by issues like high installation alignment requirements, poor vibration resistance, and susceptibility to dirt interference, struggle to meet precision demands under extreme track conditions. The KPM12J series micro-rods displacement sensor (featuring dual fish-eye hinge structures) developed by Shenzhen Miran Technology Co., Ltd. has been adopted for real-time monitoring of front suspension travel changes in motorcycle racing, thanks to its high resolution and vibration-resistant characteristics.
The KPM12 series of end-effector fish-eye articulated rod displacement sensors effectively address the technical challenges of high-precision measurement in motorcycle racing suspension systems through the integration of potentiometer principles and highly reliable mechanical structures. This provides a reliable solution for data acquisition under extreme operating conditions. The technology can be further extended to monitor deformation in racing aerodynamic kits and control engine piston displacement, driving vehicle performance toward millisecond-level responsiveness.