Pressure and capacitive sensing
Sensor stacks selected for the seat, the vehicle and the use case.
Santim seat sensor systems measure occupancy accurately and stay stable over years of use, giving vehicles and operators a dependable signal to build on.
A seat sensor must tell a passenger from a shopping bag, survive constant use and stay stable as temperatures change and materials age. Unreliable occupancy data is worse than none.
Sensor mat, conditioning electronics and an embedded controller form one calibrated unit that reports a clean occupancy state to the systems around it.
Sensor mat
Pressure or capacitive
Conditioning
Filtering and calibration
Controller
Clean occupancy state
Vehicle systems
Taximeter, cabin and telematics
Sensor stacks selected for the seat, the vehicle and the use case.
Clear occupied, empty and object states, filtered against false triggers.
Stable readings across temperature, wear and years of service.
Simple electrical and data interfaces to taximeters, cabin systems and telematics.
Validated for durability and electrical robustness in the vehicle, with documented calibration.
Taximeters, in-cabin vision, telematics modules and seat-belt reminders.
Dependable occupancy
A signal other systems can rely on.
Fewer false alarms
Bags and objects are not counted as passengers.
Long service life
Stable performance without frequent recalibration.
No solution stands alone. Each one is designed to connect cleanly with the systems around it.
Tell us what has to work in the field. Our engineers will map hardware, firmware, applications and compliance into one plan you can execute.