We offer cutting-edge sensor solutions that enhance the performance and safety of advanced brake systems, including Electro-Hydraulic Brakes (EHB) and Electromechanical Brakes (EMB). Our portfolio meets the highest Functional Safety (FuSa) requirements, ensuring reliable operation in all conditions. Supporting a wide range of applications such as Electronic Stability Control (ESC), caliper brakes, drum brakes, and brake pedals, our pressure and force sensors help OEMs and brake system suppliers achieve the highest safety standards, driving significant performance improvements and efficiency gains in both internal combustion engine (ICE) and electric vehicles (EVs).
Our expertise in brake technology for ICE vehicles keeps us at the forefront of innovation for electric and regenerative brakes.
Pressure Senors
Brake Pressure Sensor
Safety Critical Application
MSG-based sensor for controlling pressure in ESC modules, pedal feel in regenerative brakes, and master cylinder pressure. It’s a fast and reliable solution that delivers FuSa performance for safe advanced hydraulic brakes.
Vacuum Brake Pressure Sensor
Safety Critical Application
Solution based on MEMS technology, for measuring the vacuum booster of a brake system when the internal combustion engine (ICE) does not provide sufficient vacuum. Targets vehicles with stop & go (ICE S/S) and mild-hybrid systems (MHEV).
Force Sensors
Brake Pedal Force Sensor
Emerging Application
MSG-based sensor for measuring driver intent in low-displacement electronic brake pedals (2mm or less). It is a fast and reliable solution that delivers the FuSa performance needed for future dry brake pedals.
Brake Force Sensor
Emerging Application
MSG-based sensor for measuring braking force in caliper and drum of Electromechanical Brakes (EMB) systems. It’s fast, reliable, and delivers the FuSa performance needed for future dry brake architectures.
Assembly
Zero Displacement Brake Pedal Assembly
Emerging Application
This innovation represents Sensata's vision for the future of vehicle footwells. The advanced Brake Pedal Assembly uses redundant force sensors, with no moving parts. Its zero-displacement design maximizes cabin space while ensuring the safety, performance, and convenience of future Brake-by-Wire systems.
