GPS Fleet Tracking for Tire Dealers & Mobile Tire Service

With every service truck on one map, marked with its current call and status, the dispatcher picks the nearest available truck by looking instead of calling three technicians to ask where they are. The platform draws the route from that truck to the breakdown location and gives an ETA from current traffic. The dispatcher quotes that number to the carrier, and the dealer can stand behind it. When the carrier's dispatcher wants an update, a shared link shows the service truck moving toward their driver, and the twenty-minute callbacks stop.

The roadside location goes into the record with the call. A stranded truck is rarely at an address: it sits at a mile marker or a highway exit. The dispatcher drops the pin from the carrier's description or the driver's own phone location, the technician navigates to it, and the platform logs the arrival as soon as the service truck stops inside the zone. High Point GPS builds the dispatch view so a night dispatcher working alone can run twelve trucks across two provinces from one screen.

A roadside call is billed by the call-out, the time on site and the work done, and a fleet customer's accounts payable clerk will question any of the three. The GPS tracking device records when the service truck arrived at the breakdown and when it left. An IOX-AUXM module wired to the compressor circuit, the crane or lift and the work lights records when each ran. The call record then shows forty-two minutes on site, twenty-eight of them with the compressor running and the crane deployed for the wheel change. The technician's ID from the NFC reader is on the same record. That is the invoice's supporting document, produced by the truck rather than written afterward.

Disputes then take minutes rather than a week of phone calls. The customer says the truck was only there for twenty minutes; the record shows the arrival and departure. The customer says the technician just plugged the tire; the compressor and crane times show a wheel came off. High Point GPS sets up the report so the billing clerk pulls the call record by invoice number, and the same report answers the customer's own fleet manager when they ask why the truck was down for two hours.

National account programs and large carrier contracts come with service-level commitments: a response time by region, a completion time by call type, and a monthly report proving both. Assembling that from paper work orders is a clerical job nobody has time for after a busy month. The platform already holds every call's dispatch time, arrival time and departure time by customer, and High Point GPS configures the report to match the format the account program asks for. The dealer sends it on the first of the month. When a call missed the target, the record shows why: the truck was on another call, the highway was closed, the location given was wrong.

Changeover season tests capacity twice a year. Every truck is booked, every technician is running long, and the question is whether to add a truck or move calls. Utilization reports by truck and by day show which units ran fourteen-hour days and which finished at four, and the time-on-site history by call type shows where the schedule is unrealistic. The dispatcher plans the next week's yard changeovers around real cycle times, and a rental truck is added for the two weeks that need it instead of a purchase for the year.

A tire technician working beside a highway at night is in one of the most exposed positions in the trade. A road-facing AI dash cam records the approach to the scene, how the service truck was positioned and every vehicle that passed too close. A driver-facing camera records the technician's own driving on the way to the call after a long shift. If a passing vehicle strikes the truck or the technician, the video and the position record are the evidence for the police report and the insurer. If the technician is accused of causing a hazard, the same video shows the lights, the cones and the truck's position on the shoulder.

The trucks themselves need care that the odometer does not capture. A service truck idles for hours running the compressor and the crane, and engine hours climb far faster than mileage. Maintenance reminders keyed to engine hours, with fault codes from the engine sent to the shop as they appear, keep a truck from failing on the way to a call. Electronic DVIR in the driver app records the technician's start-of-shift inspection of the truck, the crane and the tire-handling gear, with defects routed to the shop the same morning.