Description
Quantum TMR 360° Rotary Steering Angle Sensor (PU-010-02)
The Quantum TMR™ 360° Rotary Steering Angle Sensor delivers uncompromising accuracy, ultra‑fast 2 kHz response rates and reliability – making it the ideal steering angle sensor for professional race car applications. Designed with Reventec’s advanced Quantum Tunnelling MagnetoResistive (TMR) technology, this solid‑state rotary sensor provides continuous, real‑time 0–359° measurement in the harshest motorsport environments.
The Quantum TMR™ steering sensor offers race teams a significant performance advantage by delivering highly accurate steering angle mapping for telemetry, driver development and chassis optimisation. Its low maintenance, solid-state design ensures long‑term reliability across an entire race season, reducing servicing demands. With configurable analog and CAN outputs, the sensor integrates quickly into any steering system architecture, while custom housing options, connector choices and tailored cable lengths provide complete fitment flexibility for bespoke racing builds.
Options include:
- Custom housing to fit the intended application’s spatial constraints.
- Multichannel redundancy available for reliability and repeatability.
- Variety of connector interfaces to choose from.
- Analog and/or CAN outputs without the need for external CPU processing.
Quantum TMR™ Programmable Position Sensors
The Motorsport Rotary Steering Angle Position Sensor is a measurement device in our Quantum TMR™ position sensor range developed specifically to deliver rotary position feedback for motorsport vehicle applications. Our range of Quantum TMR™ position sensor instruments deliver continuous, precision position feedback across linear, angular and rotary component movement paths whilst leveraging the latest advancements in Tunnelling MagnetoResistive (TMR) technology, quantum physics equations and robust components. Our sensors are factory-calibrated to specific applications and specifications, ensuring high accuracy and simple installation.
Please contact us to discuss your requirements.


