Thanks to its modular architecture and real-time data acquisition, engineers can simultaneously analyze multiple contact points, gaining a clear, detailed, and reliable understanding of seat–passenger interactions under different conditions.
Our tactile measurement systems are specifically developed for automotive applications, including pressure analysis on seats, seat belts, headrests, and other critical contact surfaces.
By leveraging high-precision sensor technology combined with dedicated analysis software, Tactilus® captures real-time data that supports objective evaluation and design optimization.
This data-driven approach helps improve passenger comfort, enhance safety, and optimize overall vehicle performance.
Each solution is engineered to support industry professionals in developing smarter, more ergonomic, and more reliable vehicles that meet the highest standards of quality and innovation.
Automotive Applications
Achieve deeper insights into vehicle performance, safety, reliability and comfort with Tactilus’s advanced surface sensing technologies.
From brake systems to battery modules, our customized, flexible sensors capture critical data between contacting surfaces to support better design, validation, and quality control.
Using our different sensing technology we help engineers measure pressure distribution and force dynamics across applications such as:
- Brake pad and rotor interfaces
- Tire tread patterns and contact area
- Wiper blade force profiling
- Seat comfort and occupant pressure
- Battery cell/module stacking and assembly
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