Forklift Truck Service and Repair Insurance

Forklifts sit squarely in the statutory thorough examination regime, and that puts an advisory exposure on the engineer that most workshops insure poorly.

A lift truck is lifting equipment, which means it requires thorough examination at defined intervals by a competent person, and the report is what the owner relies on to keep using it. If a report says a truck is satisfactory and a defect that should have been identified then causes a load to drop or a mast to fail, the claim is that the examination was inadequate. That is advisory rather than physical: public liability answers injury you caused, not an opinion that missed something, which is why professional indemnity belongs on any business providing examinations.

The reports also need to be substantive. What was examined, what was tested, measured chain wear and fork condition, what was not accessible, and what was recommended with a timescale. A report stating satisfactory with no measurements is impossible to defend because nothing in it shows what was looked at. And where a truck is examined and found defective, the position needs to be unambiguous: a written report, a clear statement that it should not be used, and ideally the truck physically taken out of service rather than a verbal warning to a shift manager.

There is a failure specific to materials handling that an engineer can create with a morning's work and a bolt-on.

A forklift's rated capacity is derived from its counterbalance, its mast and its load centre. Fit a side shift, a rotator, a clamp, extended forks or a jib and the effective capacity drops, sometimes substantially, and the centre of gravity moves. If the truck's capacity plate is not revised to reflect the attachment, an operator will load to the original rating and the truck becomes unstable. A tipping forklift with a load at height in a warehouse aisle is a severe incident, and the operator is frequently unrestrained in the recognised scenarios.

So the discipline is the plate. Capacity recalculated or obtained from the manufacturer when an attachment is fitted, a revised capacity plate fitted rather than promised, the change recorded on the truck's history, and the customer told in writing what the new rating is. Where a customer wants an attachment fitted that the truck cannot safely carry, that is a refusal rather than a compromise. The same applies to extended forks, which people assume are a simple accessory and which change the load centre entirely.

The engineer's own safety exposure is dominated by energy that is not obvious when the engine is off.

A forklift mast stays raised because hydraulic oil is holding it there, not because anything mechanical is locking it. A carriage can tilt. Mast chains are under tension and store energy. Forks are heavy and sharp. A truck on a slope or with a flat tyre is unstable. The recognised injuries are an engineer crushed when a mast or carriage came down, injected with hydraulic fluid from a pinhole leak, struck by a chain releasing, and injured working under an unsupported truck or inside a mast.

So the controls are mechanical support and isolation, and insurers ask about them directly. Masts physically chocked or blocked rather than relying on hydraulics, carriages supported before working inside a mast, pressure released before breaking into hydraulic systems, wheels chocked and the truck on level ground, battery isolated or key removed with a system that prevents somebody starting it, and two people for heavy component work. On customer sites add the warehouse itself, because repairing a truck in a live aisle means other trucks and pedestrians passing the work.

The electrical side of this trade has shifted in a few years and the exposure has shifted with it.

Traditional lead acid traction batteries are heavy, contain acid, give off hydrogen when charging, and are part of the truck's counterbalance, which means removing or replacing one affects stability as well as power. Lithium is replacing them, and a lithium traction pack brings thermal runaway into a warehouse: a fire that is hard to extinguish, produces toxic gas and can reignite, in a building full of stored goods. Retrofitting lithium into a truck designed for lead acid changes the weight, the balance and therefore the capacity, as well as the fire risk.

So the position needs stating with the insurer rather than discovered. Whether you handle, charge, repair or retrofit lithium packs, where charging happens and whether it is supervised, how damaged or swollen packs are handled and quarantined, and whether a retrofit has been engineered or improvised. On lead acid, the controls are acid handling, hydrogen ventilation in charging areas, and the counterbalance implication of a battery change. Both are questions a materials handling underwriter now asks as a matter of course.

The examination is the gap most workshops have. We are an FCA regulated broker and will not tell you we are the best choice. These are the questions that decide it.