Sensors for Tracking

You can physically inspect common hiding spots such as the wheel wells, undercarriage, bumpers, and OBDII port, or use an RF detector to scan for wireless signals. Many modern trackers use GPS and cellular data, so a bug detector tuned to those frequencies can help identify unauthorized devices attached to your vehicle.

Plug-and-play OBDII GPS trackers typically install in about 20 seconds per vehicle, with no professional installation services or fleet downtime required. Drivers or fleet managers simply plug the device into the OBDII port, eliminating scheduling delays and installation costs across large fleets.

Yes, many commercial-grade GPS trackers support ELD Mandate compliant hours-of-service reporting and meet FMCSA 396.11 and 396.13 requirements for electronic driver vehicle inspection reports (eDVIR), helping commercial fleets stay compliant with federal regulations while tracking vehicles.

Some insurance carriers offer premium discounts based on improved safety data from tracking systems, and configurations can scale with fleet size, hardware, and features.

Fleet tracking sensors capture vehicle location, speed, harsh braking, sudden acceleration, idling time, ignition status, tire pressure, engine diagnostics, fuel level, battery status, and panic alerts. This data feeds into dashboards for real-time visibility into driver behavior and vehicle health.

Yes, GPS fleet tracking data documenting improved driver safety, reduced speeding, and fewer harsh braking events can qualify fleets for insurance carrier discount programs. Collision reconstruction data can also help exonerate drivers and reduce liability costs from disputed accident claims.