Enhance Automotive Product Design with Pressure Mapping
Hover over the icons on the images shown below to learn about our diverse array of automotive pressure mapping applications.
Tekscan's tactile pressure and force systems measure the interface pressures between two mating surfaces, and are used throughout the automotive industry to assist engineers with test and measurement, research and development, and quality control applications.
Pressure distribution between a brake pad and rotor
Tekscan's patented sensor technology can assist with automotive seat comfort studies, measuring brake pad pressure distribution, tire tread patterns, wiper blade force profiles, and much more.
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Map interface pressure
- Provides key information including total force, peak pressures, and center of force
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A better understanding of surface behavior
- Design validation - verify structural integrity of lighter, fuel efficient, cost saving components
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Application specific sensors and software analysis tools:
- Tire, wiper, door seal, impact, engine gasket, brake, seat, and ergonomics
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Research & design, quality control, and manufacturing tool
- Improve yields
- Identify failure modes
- Reduce downtime
- Assist in machine set-up
- Vendor validation
- FEA validation
 Gasket Pressure Distribution |
 Door Seal Pressure Distribution |
 Fuel Cell Pressure Distribution |
 Grip Steering Wheel Ergonomic Assessment |
General Purpose System
Application-Specific Systems
Applications
Analyze the contact pressure between a door and the rubber seal on a vehicle.More
Conduct seat comfort and ingress-egress testing on automotive seats with the BPMS pressure mapping...More
Measure, view, and evaluate dynamic forces acting between a brake pad and rotor or brake shoe and...More
Measure, view, and evaluate dynamic forces acting between a catalytic converter and contact surface.More
Evaluate coil spring pressure distribution with pressure mapping.More
Measure pressure distribution and verify design specifications.More
Measure crash test dummy impact force. Identify the temporal, local, peak, and spatial pressures of...More
Characterize sealing performance of automotive trunk lids.More
Measure, view, and evaluate dynamic forces during fuel cell stack assembly.More
Measure the dynamic pressures that occur in an around various parts of an engine gasket for...More
Test the quality of a hose clamp or crimping operation during the assembly process.More
Measure the pressure distribution of a seat belt against the body.More
Measure the bead seat /seal pressure profile of virtually any tire to wheel interfaceMore
Measure static and dynamic tire footprint pressure profiles.More
Measure a wiper blade's linear force as it is applied to the windshield.More
Quantify key grip & movement data that enhances the driver experience.More
