GPS Fleet Tracking for Forestry & Logging

The first question about tracking on forest roads is whether it works without coverage. It does: the GO device records position, speed and engine data on its own, stores the trip when there is no cellular signal, and uploads it as soon as the truck reaches coverage on the highway. The office does not see the truck live while it is in the block, but by the time it reaches the mill, the full trip is in MyGeotab with every segment, every stop and every speed. A dispatcher who wants to know where a truck was at 5:40 gets the answer when the truck comes into range, and the answer is complete.

That record matters most when something goes wrong. A truck that has not reached the scale by 10:00 has a last known position on the map from the moment it left coverage, and the replay of the previous days' trips shows where the driver usually is at that hour. A breakdown on a spur road is a location for the service truck rather than a search. When a truck meets another on a corner and the loaded truck's driver says he called the post, the replay shows where he was, how fast he was going and whether he stopped at the pullout.

A logging contractor is paid by the load or the tonne, and the count is the argument. A geofence around the mill's scale house records each truck's arrival and departure, and each arrival is a load. MyGeotab reports loads per truck per day, the time between loads and the average cycle from the block to the scale and back. The count is independent of the mill's tickets and available the same afternoon, which is how a contractor knows before the end of the month whether the mill's reconciliation is going to match. When it does not, the times and positions of each load are in the record.

The cycle time between loads is where the money in a logging season is made or lost. The report shows how long each truck spent at the landing waiting on the loader, on the forest road in each direction, in the queue at the scale and unloading. A landing where trucks wait forty minutes needs a second loader or a different schedule; a scale queue that builds every morning at 8:00 needs a staggered departure from the block. High Point GPS sets up the report so the woods foreman and the office see the same numbers, by truck and by day.

Forest roads have speed limits, radio-call posts and loaded-side rules, and none of them is enforced by anyone but the drivers themselves. Each forest road is a zone in MyGeotab with its speed limit as a rule, and every trip records speed by segment inside it. A driver who runs the loaded side at 80 where the limit is 60 shows up in the driver scoring the same day, with the segment and the time. Hard braking on a switchback and a truck that did not slow at a known blind corner are events the woods foreman can see and raise before the next shift.

AI dash cams on the log trucks add the picture. A road-facing camera records the corner where two trucks met, a washout that opened overnight or a moose at dusk, and the footage is retrieved by event without downloading a day of video over a slow connection. Driver ID by NFC fob ties trips to the driver, which matters when a truck runs two shifts. On the highway leg to the mill, the Geotab Drive app records hours of service under the ELD rules in either country, and the dispatcher sees which drivers have the hours left for a second load.

A harvester in the block is the most expensive machine the contractor owns and the farthest from a mechanic. A GO RUGGED device on the harvester, the skidder, the forwarder and the loader reads engine hours, idle time and fault codes from the machine and stores them until the machine, or a truck passing the landing, is in range. Maintenance reminders run on those hours, so a 500-hour hydraulic service on a skidder is scheduled before the machine reaches it. A fault code that appears on Tuesday is the reason the mechanic drives out on Wednesday with the right part rather than on Friday after the machine stops.

Utilization comes from the same data. A skidder that ran nine hours and idled four is a number the contractor sees at the end of the week, and a loader that sat two hours waiting for trucks is the other half of the cycle-time report. Battery trackers on trailers, the fuel tank and the loader left at the landing over a weekend report their position on a schedule and raise an alert the moment they move. Electronic DVIR on the machines in the Geotab Drive app gives the operator a walk-around checklist for tracks, hoses and the saw, with a defect going to the mechanic as a work order.