The Application of Miran KPM12J with Ball Joints Linear Displacement Sensor in Racing Cars

In the field of motorcycle racing, the dynamic performance of the vehicle suspension system directly affects handling stability and cornering limits. Traditional mechanical displacement sensors are difficult to meet the accuracy requirements of extreme track conditions due to high neutral installation requirements, poor vibration resistance, and susceptibility to dirt interference. The KPM12J series micro rod displacement sensor (two end fisheye ) from Miran is introduced for real-time monitoring of front suspension stroke changes in motorcycle racing cars due to its high resolution and vibration resistance characteristics.

The KPM12J series two end fisheye articulated rod displacement sensor effectively solves the technical pain point of high-precision measurement of motorcycle suspension systems through the combination of potentiometer principle and high reliability mechanical structure. Provided reliable guarantee for data collection under extreme working conditions. This technology can be further expanded to fields such as deformation monitoring of racing aerodynamic kits, engine piston displacement control, etc., promoting the evolution of vehicle performance towards millisecond level response.