Forklift Inspection Checklist
A forklift inspection checklist template for the pre-shift check an operator signs before the truck moves. Thirty-six checks, then one decision: fit for use, or parked with the key out. There is deliberately no third option.
- Thirty-six checks across the walk-around, the fluids and the running tests
- One decision at the end, with no middle option
- Capacity and load center read off the data plate, and de-rated for attachments
- Defects carried over from previous shifts counted separately
Forklift Inspection Checklist
One truck, one shift, one signature
| # | Check before the engine starts | OK | Defect | N/A |
|---|---|---|---|---|
| 1 | Tires: condition, pressure, cuts, excessive wear, wheel nuts | |||
| 2 | Forks: no cracks, bent tips, heel wear beyond limit, pins secure | |||
| 3 | Mast, chains and rollers: no damage, chains evenly tensioned |
The document you will get. Download for the full, editable file.
Who this forklift inspection checklist is for
Four people touch this sheet, and three of them only ever read it after something has already happened.
The operator
You sign this, and the signature is the point. It says you checked the truck you are about to drive, so the one thing worth protecting is your right to park it. A sheet you feel obliged to sign clean is worse than no sheet.
The shift supervisor
You countersign and you allocate the trucks. The number to read first is defects carried over, because a fault appearing on three consecutive sheets means the reporting works and the fixing does not.
The EHS or safety lead
You are reading this during an investigation, or proving a regime exists before one. What matters is continuity and the decision trail: that defects were found, that trucks were removed from service, and that somebody was told.
Fleet or maintenance
Your work starts where this sheet ends. A defect with a component, a truck ID and an hour meter reading is a work order you can act on; a sheet that says the brakes feel odd is a conversation you have to go and have.
Which section matters the most in your sector
The truck does not care what the building is for. What changes is how the trucks are shared, who maintains them and how much of the shift happens where a supervisor can see it. If you run one of these, the sector page goes further than the template does.
- Retail and malls
Defects carried over. Trucks in a distribution center run across shifts and operators, so a fault reported at six in the morning is only fixed if the record follows the truck rather than the person who found it.
Retail maintenance software - FM service providers
The two signatures. Where trucks and operators come from different firms, the operator sign-off and the supervisor countersign are what establish who released the truck and who accepted it.
FM service provider software - Commercial real estate
The attachment line. Shared trucks across a portfolio get attachments swapped between sites, and the capacity on the data plate stops being the capacity the moment the carriage changes.
Portfolio maintenance software - Data centers
The walk-around. Loads are dense, aisles are tight and the truck is often near live equipment, so overhead guard condition and mast drift matter more than they would in an open yard.
Data center maintenance software - Education
Operator authorization. Campus trucks get driven occasionally by people who are trained but out of practice, which is exactly when an untested seat switch stops being a technicality.
Campus maintenance software - Healthcare
The removal decision. When a truck is unloading a delivery that cannot wait, the pressure to carry on is real, which is why the decision has two options on the form rather than a free text box.
Healthcare maintenance software
What a forklift inspection checklist should contain
A forklift inspection checklist is the pre-shift record an operator completes and signs before a truck is used. It covers the walk-around with the engine off, the fluids and power source, the operational tests with it running, and a single decision that either releases the truck for the shift or removes it from service.
A. Fields specific to a forklift pre-shift inspection
| Field | What goes in it | Why it earns its place |
|---|---|---|
| Truck ID and fleet number | The identifier that follows the machine, not the bay | Everything downstream hangs off this. A defect against a truck builds a history; a defect against whichever truck was in aisle three builds nothing. |
| Power type | Electric, LPG, diesel or gasoline | It decides which of the fluid and power checks apply and which are not relevant. It also decides whether the gas smell check belongs on the sheet at all. |
| Rated capacity and load center | Read off the data plate rather than from memory | This is the most commonly misunderstood number on the machine. Capacity is quoted at a stated load center, and a load carried further out weighs more as far as the truck is concerned. |
| Attachment fitted | And whether the capacity is de-rated for it | Bolt something to the carriage and the plate figure no longer applies on its own. The de-rated figure is the real limit, and it is the one nobody writes down. |
| Hour meter reading | At the start and at the end of the shift | It turns the sheet into a usage record. Service intervals run on hours rather than dates, and the difference between the two readings is what a fleet schedule is built from. |
| Previous shift defects outstanding | Checked before you start, not after | The question this asks is whether you are about to inherit something. A defect raised last night and not fixed is yours the moment you move the truck. |
| Walk-around with the engine off | Twelve checks, including fork heel wear | This is the stage people rush. Fork heel wear in particular needs looking at rather than glancing past, because it is invisible from the seat and it is where capacity quietly disappears. |
| Fluids and power source | Ten checks, including the gas smell check on LPG | On an LPG truck this is the one stage that cannot be done later. A gas leak on an engine about to be cranked gets worse the moment the key turns. |
| Operational checks with the engine running | Fourteen checks, including the seat presence switch | Brakes, steering, horn and lights are the ones people expect. Mast drift, tilt creep and the seat switch are the ones that fail silently and are therefore the ones worth testing deliberately. |
| Result of this inspection | Fit for use, or removed from service | Two options, on purpose. The moment the form offers a third, the third is what gets used on a busy morning, and the truck goes back out with a known fault. |
| Defects raised | Component, defect, safety critical, action and work order | Safety critical is marked Yes or No, spelled exactly that way. Anything affecting braking, steering, the mast, the forks, an interlock or the horn is Yes by default. |
| Defects carried over | Counted on the shift summary, separately from new ones | The number a supervisor should read first. New defects mean the check is working. Carried-over defects mean the reporting works and the fixing does not. |
If you cut this down, keep the result section and the carried-over count. The checks themselves can be trimmed to the ones your trucks and your site actually need, and most operators know them anyway. What cannot be trimmed is the decision, because a form that records thirty-six findings and then lets somebody drive away has documented the fault without preventing anything, which is the worst of both outcomes in an investigation. And the carried-over count is the only line that looks backwards. Without it, a site can run a flawless reporting culture for months while the same soft brake pedal is written down every single morning.
B. What it looks like filled in
Six rows from one morning across a four-truck fleet. Two trucks released, two parked, and four findings between them.
| Truck | Component | Defect | Critical | Outcome |
|---|---|---|---|---|
| FLT-01 | All checks | None | No | Fit for use |
| FLT-02 | All checks | None | No | Fit for use |
| FLT-03 | Service brake | Pedal travel excessive, pulls left | Yes | Removed from service |
| FLT-03 | Seat presence switch | Functions still live when unseated | Yes | Removed from service |
| FLT-04 | Reversing alarm | Intermittent | Yes | Removed from service |
| FLT-04 | Forks | Heel wear approaching limit | No | Monitor, measure at service |
Three of these four findings park a truck, and only one of them is something an operator would have noticed by driving it. The service brake on FLT-03 is safety critical by definition, so the sheet has exactly one correct outcome: parked, key out, tag on, supervisor told, work order raised. The reversing alarm on FLT-04 is the finding people argue about on a busy morning, and marking it critical is precisely why the term is defined in advance rather than decided at the time. The seat switch row is the one to notice, because the truck drove perfectly well with the interlock failed, nothing on the dashboard said so, and only a deliberate test found it. The fork row is the opposite case: a real observation that is not a release decision, so it carries a measurement at the next service rather than a key in somebody’s pocket.
Word to cut the checks down to the trucks you actually run, Excel for the defect register, the automatic severity counts and the Fleet Log tab that shows a fault recurring across shifts, PDF for the copy that lives on the truck. Free, and yours to rebrand.
How do you carry out a forklift pre-shift inspection?
One sheet per truck per shift, signed by the operator who will drive it. Work the three stages in order, because each one assumes the previous one passed. Six steps.
Record the truck, the shift and what is already outstanding
Site, truck ID and fleet number, make, model and serial, power type, rated capacity and load center from the data plate, any attachment fitted and whether capacity is de-rated for it, the hour meter reading, the operator and their authorization reference, and the defects left outstanding by the previous shift.
Walk around the truck with the engine off
Twelve checks: tires and wheel nuts, forks for cracks, bent tips and heel wear, mast, chains and rollers, the carriage and backrest, hydraulic cylinders and hoses, the overhead guard, the data plate and decals, the seat and belt, fluid pooled underneath, the counterweight and bodywork, and the fork area clear.
Check the fluids and the power source
Ten checks: engine oil, hydraulic fluid and coolant levels, fuel level or battery charge state, and then whichever applies to this truck. On LPG, the cylinder secure, in date and correctly seated, the hoses sound, and no smell of gas. On electric, the connections clean and insulated, the electrolyte level, and the battery restraint in place.
Start it and work the operational checks
Fourteen checks with the engine running: the service brake and the parking brake, steering travel and play, the horn, lights, beacon and reversing alarm, mirrors and cameras, lift and lower through full mast travel looking for drift, tilt for creep, the attachment functions, controls returning to neutral, and the seat presence switch.
Make one decision and record it
Any defect found, whether it is safety critical, and then the truck status: fit for use, or removed from service. If it is removed, the key is taken and a tag goes on the steering wheel, the supervisor is named with a time, the defect is raised into the maintenance system with a reference, and a replacement truck is allocated or recorded as unavailable.
Sign it, countersign it and file it
Each defect gets a component, a description, a safety critical marking of Yes or No, an action and a work order reference. Then the shift summary with the carried-over count, the operator signature confirming the truck is fit for use or stating that it is not, the supervisor countersignature, and where the sheet is retained.
The pre-shift check versus the scheduled service
These are not two depths of the same inspection. One is a release decision made by the person about to take the risk, the other is maintenance work, and they fail in opposite directions.
| Aspect | Pre-shift check | Scheduled service |
|---|---|---|
| Who does it | The operator who will drive the truck | A competent technician or the dealer |
| When | Before every shift, on every truck | On an hour meter interval, or by calendar |
| What it asks | Is this truck safe to use for the next eight hours | Is this truck in the condition the manufacturer specifies |
| What it produces | A release decision and a signature | A service record, parts replaced and the next interval |
| What it catches | Damage, leaks, failed interlocks, defects from last shift | Wear measured against limits, degraded components, due parts |
| If it is the only one you do | Wear progresses unmeasured until something fails in use | A truck damaged on Monday runs damaged until the next service |
The pre-shift check is a decision; the service is a job. That difference is why this template deliberately stops at the handover and does not cover scheduled servicing, which belongs with equipment maintenance and runs on hours rather than shifts. The practical link between them is the fork row. An operator can see that heel wear is getting close to the limit, and that is a useful thing to write down, but measuring it against the limit and deciding whether the forks still carry the rated load is a service task with a gauge. A sheet that tries to do both ends up asking an operator to make an engineering judgment at the start of a shift, which is how a fork that should have been condemned gets another three months. Record the observation here, measure it there, and let the hour meter reading on this sheet be what connects the two.
When the template starts to feel limiting
A form handles one truck on one shift well. It handles a fleet, and a week of shifts, badly, and always in the same four ways.
Nothing counts the hours
Service intervals run on the hour meter, and the hour meter is read twice a shift onto a sheet that gets filed. Reaching the interval depends on somebody adding up a stack of paper, so in practice it is noticed late or not at all.
A recurring fault looks like a new one
Each sheet is a snapshot with no memory. The same soft brake pedal reported by three operators across three shifts reads as three separate observations, and nothing on any of those sheets says it is the third time.
The defect and the repair never meet
The sheet raises a defect and a work order reference is written in a box. Whether that work order was ever opened, actioned or closed lives somewhere else entirely, and the operator who reported it has no way of knowing.
Completion cannot be proved across the fleet
Proving every truck was checked every shift means comparing the sheets you have against the trucks you own and the shifts you ran. Missing sheets are invisible, because an absent form looks exactly like a truck that was not used.
What running this in Facilio looks like
The template is the paper version of this check. The checks are the same ones; the difference is that the truck has a history, the hour meter feeds a schedule, and a defect becomes work somebody is holding rather than a reference written in a box.
Work Completion Validator
A truck cannot be released with a critical defect open
On paper the decision depends on the person holding the pen at the end of a long form. Here a safety critical defect holds the truck in a removed state until the work that cleared it is recorded, so the decision is enforced rather than remembered.
Ops Performance Intelligence
Hour meter readings become the service schedule
The reading taken at the start and end of every shift accumulates against the truck, so the service interval arrives as a scheduled job rather than as something somebody notices while adding up a folder of sheets.
Audit Report Intelligence
A fault across three shifts reads as one problem
Because defects sit against the truck rather than the sheet, the same brake complaint from three operators surfaces as a recurring fault with a history, which is a repair to plan instead of three observations to dismiss.
Reactive Maintenance Agent
The defect becomes work before the shift ends
A safety critical defect raises the work order at the moment it is recorded, with the truck, the component and the hour meter reading already attached, so the gap between the operator parking it and anybody acting on it closes.
Hallucination-free by design. Atom AI answers from the records in your tenant rather than generating plausible text, so an empty field reads as empty rather than filled in for you.
Frequently asked questions
What is a forklift inspection checklist?
A forklift inspection checklist is the record an operator completes and signs before using a truck on a shift. It covers a walk-around with the engine off, the fluids and power source, and the operational tests with the engine running, and it ends in a single decision about whether the truck can be used.
It is a release decision rather than a maintenance document. The checks exist to answer one question, which is whether this specific truck is safe for the next shift, and the sheet is signed by the person who will take that risk.
How often should a forklift be inspected?
Before every shift, and before every use if a truck is shared between operators during a day. That frequency is standard across the regimes that cover powered industrial trucks, and it exists because the faults that matter most are the ones introduced since the last time somebody looked.
Scheduled servicing is separate and runs on the hour meter rather than on shifts. The pre-shift check does not replace it and does not attempt to, which is why this template records the hour meter reading and stops there.
What makes a forklift defect safety critical?
Anything affecting braking, steering, the mast, the forks, an interlock or the horn is safety critical by default. The sheet asks the question explicitly, with Yes or No spelled exactly that way, because the answer decides whether the truck moves.
The point of defining it in advance is that the decision is made before the morning it is needed. Left open, a safety critical defect becomes a judgment made under pressure by somebody with a delivery waiting, which is the circumstance the definition exists to remove.
What happens if a defect is found?
If it is safety critical, the truck is parked, the key is taken and a tag goes on the steering wheel. The supervisor is told, the defect is raised into the maintenance system with a reference, and a replacement truck is allocated or the unavailability is recorded.
There is deliberately no middle option on the form. Writing a defect down and then carrying on is the exact failure this document exists to prevent, and it is what an investigation finds afterwards: a sheet that recorded the fault, signed by somebody who drove the truck anyway.
Why does fork wear matter so much?
Because it removes capacity invisibly. Heel wear of around ten percent takes roughly twenty percent off the safe capacity of the fork, there is no symptom from the seat, and the fork does not bend gradually as a warning. It fails.
That is why the walk-around asks for the forks to be looked at properly rather than glanced past. An operator can record that wear is approaching the limit; measuring it against the limit with a gauge is a service task, and the two together are what stop a worn fork staying in use.
What is the seat presence switch and why test it?
It is the interlock that cuts the hydraulic and traction functions when nobody is sitting in the seat. Its purpose is to stop a truck being operated by somebody standing alongside it, which is how a routine mistake becomes a crushing injury.
It is worth testing every shift because it fails with no symptom the operator would notice. The truck drives normally, the dashboard says nothing, and the only way to find out that the interlock has stopped working is to deliberately try it.
Does this checklist cover forklift servicing?
No, and that is deliberate. This is the pre-shift release check. Scheduled servicing, wear measured against limits, parts replacement and the manufacturer intervals belong with equipment maintenance and run on hours rather than shifts.
The two connect through the hour meter reading and the defect register on this sheet. Observations recorded here, such as fork wear approaching a limit, are what the next service should measure, and the hour readings are what the service interval is counted from.
Can I edit and rebrand this template?
Yes. It is free to use, edit, rename and put your own logo on, internally or for clients. No attribution required.
The Word version is the one to edit if you want to cut the checks down to the trucks you actually run, since an electric fleet does not need the LPG lines. The Excel version is the one to use if you want the defect register, the severity counts and the Fleet Log tab, which keeps one row per truck per shift so a recurring fault becomes visible.
In one paragraph
A forklift pre-shift inspection is thirty-six checks and one decision, and the decision is the part that matters. Work the stages in order: the walk-around with the engine off, where fork heel wear is the check people rush past and the one that removes capacity invisibly; the fluids and the power source, where the gas smell check on an LPG truck is the only thing on the sheet that gets worse once the key turns; and the running tests, where mast drift, tilt creep and the seat presence switch are the faults that produce no symptom at all. Read capacity and load center off the data plate and de-rate it for any attachment. Then answer the only question the form really asks. A safety critical defect parks the truck and the key comes out, with no third option, because a sheet that records a fault and releases the truck anyway has documented the problem without preventing it.
The template is the floor, not the ceiling
Take the checklist; it will run one shift properly and give a supervisor something to countersign. When a folder of sheets stops being enough, a connected CMMS runs the fleet: every truck an asset with its own defect history, hour meter readings feeding the service schedule, safety critical defects holding the truck out of service until the repair is recorded, and completion measured against the trucks and shifts that actually ran.
