GPS Fleet Tracking for Fencing & Decking Contractors

A fencing contractor in June might have fifteen properties under way, each one a day or two of work, and the crews move between them faster than the schedule board can keep up. High Point GPS draws a geofence around each property and names it after the job number, with the yard and the lumber supplier drawn the same way. The live map shows which truck is at which property, which is at the supplier and which is on the road, with the time spent at each. A scheduler who needs to send a second crew to finish a long fence line sees which crew is wrapping up without a phone call.

The record behind the map is the one the office keeps. Every entry and exit is stamped by the GPS tracking device with the truck, the crew leader from the NFC fob and the time, and the High Point GPS platform totals the hours on site per job. When a rural property or a new subdivision has no coverage, the GPS tracking device stores the trip and uploads it when the truck reaches a signal, and the log is complete either way. The trip replay shows the route between properties and the twenty-minute stop at the supplier that explains a late start.

The auger stays on the property where the posts are going in. The compressor stays where the deck boards are going down. The trailer stays wherever it was unhooked. Bluetooth asset tags on each piece report through any truck with a GPS tracking device that passes nearby, and a battery-powered tracker covers a trailer that sits on a property for a week. The map shows a crew leader which property the second auger is sitting on before the truck leaves the yard, and a report lists every tagged asset that has not moved in a set number of days.

Theft is the other reason. A trailer loaded with composite decking is worth stealing, and it disappears from a job site at two in the morning. An alert fires the moment it moves outside the hours the contractor sets, and the tracker reports its position until it is recovered. The same record settles a smaller question: whether the crew brought the compressor back to the yard on Friday or left it on the property over the weekend. High Point GPS sets the alert rules for after-hours movement, off-site departures and low battery once, and the office hears about a problem before the crew does.

Fencing is bid by the linear foot and decking by the square foot, and both come down to a guess about labour. The hours-on-site report turns the guess into a number. An estimator who sees that a 200-foot cedar fence took a crew two and a half days rather than the two in the bid adjusts the next one. Over a season the report shows which crews are quick on chain link and which are better on composite decks, and which kinds of jobs are being underbid. The report is per job and per crew, and it runs on a schedule once High Point GPS builds it with the contractor's job numbering.

For billing, the report goes on the invoice. A homeowner who says the crew left at two on a day billed as a full day gets the truck's arrival at 7 h 20 and departure at 16 h 05. A property manager who says the fence line was not started on the promised Monday gets the arrival stamp for that Monday. Callbacks for a leaning post or a loose board appear as additional visits to the same geofence, and the office decides whether they are warranty or billable. The reports export through the open API to the accounting software the contractor already uses.

A pickup that tows a loaded trailer from April to November wears its brakes, tires and transmission faster than the same truck driven empty, and the service schedule slides when the truck is never in the yard. The High Point GPS platform tracks mileage and engine hours per truck and raises a reminder when an oil change, a brake service or a transmission service comes due, on a schedule set per vehicle. Engine fault codes reach the shop the day they appear, which is how a transmission temperature fault gets looked at before it strands a truck and a trailer on a highway shoulder. For trailers that cross a scale or a border, electronic DVIR in the driver app records the pre-trip walk-around.

The driver matters as much as the truck. A crew leader towing a trailer of posts and concrete through a residential street at speed is the contractor's largest liability exposure, and the insurer knows it. Speeding, harsh braking and idling are scored per driver through the NFC fob rather than per truck, and the coaching conversation starts from a specific trip. An AI dash cam on the trucks that tow adds the road view when a claim is disputed, with footage pulled by event rather than by scrolling. A supervisor sees the clip, and the insurer sees a fleet with a program.