Forklift Telematics & Fleet Management

Forklift telematics is a hardware and software system that connects each truck to a central platform. A unit on the machine captures data from the truck and from GPS, then sends it to software your managers and your service provider can log into. It tracks location, running hours, impacts, operator access, battery state of charge and health, fault codes and upcoming service intervals, in real time.

The core measures are asset location and geofencing, running hours and utilisation, vehicle speed, impact events such as harsh braking, acceleration and cornering, operator access and identification, battery condition through the Battery Management System, vehicle diagnostics and fault codes, and remote inspection reports. Most platforms also allow custom status fields and remote start-stop.

In three main ways. Impact monitoring with operator identification reduces damage, because incidents stop being anonymous. Utilisation data identifies trucks you are paying for but barely using, so the fleet can be reduced or rebalanced. And maintenance moves onto actual running hours rather than a fixed calendar, so lightly used machines are not serviced as often as hard-worked ones.

The Battery Management System, or BMS, is the electronic system that manages a sealed lithium-ion battery. It protects the pack from overheating and overcharging, monitors condition wirelessly in real time, controls temperature and forecasts capability. Because the battery is the most expensive single component on a lithium machine, BMS data is often where telematics pays for itself first.

Predictive maintenance, sometimes called condition-based maintenance, monitors equipment performance during normal operation so that work is carried out when the data says it is needed rather than on a fixed schedule. It reduces both unexpected failures and unnecessary service visits, because tasks are only performed when warranted.

Yes. Units can be specified on new machines from the factory or retrofitted to trucks already in your fleet, including equipment from other manufacturers. The software runs in a browser, so there is nothing to install on your own systems.

As a rule of thumb, above about six trucks. Below that a good supervisor usually knows what every machine is doing without a dashboard. Telematics also earns its place earlier than that where damage is a recurring cost, where you run multiple shifts or sites, or where you run lithium-ion batteries worth protecting.

It can, through operator access control and identification. That is usually the point: impact data is only useful for changing behaviour if it can be tied to a shift and an operator. Employers should be clear with staff about what is monitored and why, and handle the data in line with their obligations, since it relates to identifiable people.

Yes. Counterbalance trucks, reach trucks, pallet trucks, order pickers and utility vehicles can all sit on the same telematics platform, including machines from different manufacturers. That gives one view of the whole site rather than one dashboard per brand.

It can be included. Telematics can be specified as part of a hire, contract hire or lease agreement rather than bought outright, which puts it on the same monthly figure as the machine and the service cover. Forktruck Solutions can quote it either way.

Both, if you want. You get access to the platform for utilisation, damage and operator data. Our engineers see the same fault codes, battery data and service intervals, so machines drifting towards a failure get booked in before they strand a shift. We usually recommend starting with two or three measures you will act on weekly rather than trying to watch everything.