Used Forklift Inspection Checklist: 14 Steps Before You Buy

A used forklift inspection should confirm that the machine suits your loads, operates safely and does not have hidden structural, mechanical or electrical problems. Start with the capacity plate, service records, brakes, mast, forks, hydraulic system and power source, then complete a controlled test drive and loaded function test.

Do not judge a second-hand forklift by its paintwork or hour meter alone. A lower-hour machine with poor maintenance can present more risk than an older forklift with complete records and evidence of regular servicing.

WorkSafe Victoria recommends reviewing a second-hand forklift’s maintenance, inspection and use history before purchase. It should then be inspected and serviced before being placed into operation.

How to Inspect a Used Forklift Before You Buy

The most important part of a used forklift inspection is confirming that the machine is structurally sound, correctly rated and safe under load. Check the records and information plate first, inspect the mast and forks closely, test the brakes and steering, look for leaks, and assess the engine or battery condition.

Check these five areas before spending time negotiating:

• Capacity plate: Confirm it is present, legible and matches the mast and attachments.
• Service history: Look for regular maintenance, previous repairs and unresolved defects.
• Mast and forks: Check for cracks, distortion, excessive wear and uneven movement.
• Brakes and steering: Test both systems in a controlled area before considering the sale.
• Hydraulics and power system: Look for leaks, unusual sounds, weak lifting or poor battery performance.

The inspection must also confirm that the forklift is appropriate for your site. Load weight, lift height, aisle width, surface conditions, fuel type and attachments should be established before assessing available stock.

Buyers still deciding between equipment options should first review the differences between used and new forklifts.

Used Forklift Inspection Checklist: 14 Steps

The following forklift pre-purchase inspection covers the documents, structural components, controls and operating systems that should be assessed before buying.

1. Confirm the Forklift Matches Your Application

Start by defining what the forklift must do.

Record:

• Maximum load weight
• Load dimensions
• Load centre
• Required lift height
• Lowest overhead clearance
• Aisle width
• Indoor or outdoor operation
• Surface condition
• Expected daily operating hours
• Required attachments
• Fuel or battery preferences

A forklift that is mechanically sound can still be the wrong purchase when its capacity, mast or power source does not suit the workplace.

WorkSafe Victoria advises buyers to assess the task, operating environment, load characteristics, lift height, attachments and workplace conditions before selecting either new or second-hand equipment.

Fail signal: The seller cannot confirm the rated capacity, lift height or suitability for your intended application.

2. Inspect the Capacity and Information Plates

The forklift should have a legible information plate showing its rated capacity and configuration.

Check that it identifies:

• Manufacturer
• Model
• Serial number
• Rated capacity
• Load centre
• Maximum lift height
• Mast configuration
• Attachments where applicable

An attachment can reduce the forklift’s available lifting capacity. WorkSafe Victoria notes that when an attachment is fitted, the supplier should amend the information plate or provide a supplementary plate reflecting the revised rating.

Compare the plate details with the physical machine. A plate for a standard carriage should not be relied upon when the forklift has an unlisted clamp, rotator or other attachment installed.

Fail signal: Missing, unreadable, altered or mismatched information plates.

3. Check the Serial Number and Ownership Records

Confirm that the serial number on the forklift matches:

• Sales documents
• Service records
• Warranty information
• Inspection reports
• Finance or ownership documentation

Ask whether the machine has previously been:

• Written off
• Rebuilt
• Used in corrosive conditions
• Operated in cold storage
• Used near saltwater
• Involved in a collision
• Modified from its original configuration

Be cautious when buying a forklift online without first verifying its identity and condition.

Fail signal: Conflicting serial numbers, unexplained ownership gaps or missing machine records.

4. Review the Hour Meter

The hour meter provides useful context, but it does not prove the forklift’s condition.

Check whether the reading appears consistent with wear on the:

• Seat
• Pedals
• Steering wheel
• Control levers
• Fork carriage
• Tyres
• Entry step
• Paint around contact areas

Ask whether the recorded hours represent:

• Light intermittent use
• Continuous single-shift use
• Multi-shift operation
• Long periods of idling
• Demanding outdoor work

A higher-hour forklift with complete servicing may be a better purchase than a lower-hour unit that has been neglected. Read more about what hours and age mean for forklift lifespan.

Fail signal: Very low displayed hours combined with extensive wear, damaged meter seals or records that do not match the reading.

5. Examine the Frame and Chassis

Inspect the forklift from several angles in good lighting.

Look for:

• Cracked welds
• Distorted steel
• Fresh paint over repair areas
• Corrosion
• Impact damage
• Missing panels
• Damaged overhead guard sections
• Loose counterweight fixings
• Repairs around the mast mounting points
• Oil or coolant beneath the machine

Minor cosmetic scratches are common on used equipment. Structural distortion, fatigue cracking and poorly completed repairs are more serious.

WorkSafe Victoria identifies structural defects, including fatigue cracking, as one of the potential costs involved in bringing a second-hand forklift into serviceable condition.

Fail signal: Cracks, bent structural sections, questionable weld repairs or evidence of a major collision.

6. Inspect the Forks and Carriage

Lower the forks onto a clear surface and inspect both arms.

Check for:

• Bent or twisted blades
• Unequal fork height
• Cracks around the heel
• Excessive wear
• Damaged tips
• Worn or missing locking pins
• Poor attachment to the carriage
• Side-to-side movement
• Damaged carriage rollers
• Evidence of heating or unauthorised welding

Both forks should appear evenly matched. Manufacturer specifications and a competent technician should be used to determine whether wear remains within the permitted limits.

Do not accept forks that have been straightened, welded or modified without appropriate engineering approval.

Fail signal: Cracked heels, bent blades, mismatched forks or insecure locking mechanisms.

7. Inspect the Mast and Lift Chains

Check the mast channels, rollers, chains, anchors and carriage through their full visible length.

Look for:

• Bent mast rails
• Cracked welds
• Uneven chain tension
• Corrosion
• Damaged links
• Poor lubrication
• Loose anchors
• Excessive side movement
• Worn rollers
• Binding during lifting
• Jerky carriage movement

Raise and lower the mast without a load, listening for grinding, knocking or scraping. Where safe and properly supervised, repeat the test using an appropriate load.

The mast should lift smoothly, remain stable and hold its position without creeping down unexpectedly.

Fail signal: Cracks, heavy chain wear, uneven lifting, uncontrolled lowering or substantial movement between mast sections.

8. Check the Hydraulic System

Inspect the hydraulic cylinders, hoses, fittings, pump area and visible seals.

Look for:

• Wet hoses
• Oil around fittings
• Damaged hose coverings
• Cracked or flattened lines
• Pitted cylinder rods
• Leaking seals
• Low fluid levels
• Contaminated oil
• Slow or noisy lifting
• Mast drift

Operate each hydraulic function separately:

• Lift
• Lower
• Tilt forward
• Tilt backwards
• Side shift
• Attachment controls

The movement should be controlled and consistent. A forklift that lifts slowly or struggles under an appropriate load may have a pump, valve, cylinder or power-system problem.

Fail signal: Active leaks, damaged hoses, weak lift performance or hydraulic functions that move unpredictably.

9. Inspect the Tyres and Wheels

The correct tyre type depends on the operating environment.

Check each tyre for:

• Uneven wear
• Chunking
• Cuts
• Flat spots
• Separation
• Embedded debris
• Damage near the rim
• Incorrect tyre combinations
• Low pressure on pneumatic tyres
• Missing or loose wheel nuts

Solid tyres may suit debris-prone industrial floors, while pneumatic tyres may provide better cushioning on rough outdoor surfaces. The machine should not have unsuitable or mismatched tyres simply because replacements were available.

Uneven tyre wear may indicate:

• Steering problems
• Axle issues
• Poor alignment
• Repeated overloading
• Operation on unsuitable surfaces

Fail signal: Tyres worn beyond their service limits, exposed damage, major flat spots or mismatched tyre specifications.

10. Test the Service Brake and Park Brake

Brake inspection is one of the most important safety checks.

Test:

• Pedal travel
• Pedal firmness
• Stopping response
• Straight-line braking
• Park brake holding ability
• Warning lights
• Unusual noises
• Fluid leaks
• Response on a slight controlled grade

The Safe Work Australia industrial lift truck guidance includes steering, service brakes and park brakes among the operating systems that should be checked. (Safe Work Australia)

Do not test brakes in an uncontrolled yard, near pedestrians or with an unsuitable load.

Fail signal: Excessive pedal travel, pulling to one side, weak stopping, grinding noises or a park brake that does not hold.

11. Check the Steering and Drive System

Drive the forklift slowly in a controlled area.

Check:

• Forward and reverse engagement
• Steering response
• Steering free play
• Unusual vibration
• Transmission delay
• Sudden gear engagement
• Clicking during turns
• Axle noises
• Directional control
• Smooth acceleration
• Stability during manoeuvres

Complete several gentle turns in both directions. The steering should respond consistently without excessive effort or delay.

For internal-combustion models, inspect the transmission fluid where accessible and note any burning smell or discolouration.

Fail signal: Delayed direction changes, severe vibration, heavy steering, transmission slipping or loud mechanical noises.

12. Inspect the Engine, LPG System or Battery

The required checks depend on the power source.

Diesel and LPG Forklifts

Check:

• Cold-start behaviour
• Exhaust smoke
• Engine noise
• Oil condition
• Coolant condition
• Fuel leaks
• Cooling system
• Belts and hoses
• LPG cylinder mounting
• Connections and fuel lines
• Engine warning lights
• Excessive vibration

Ask the seller not to warm the machine before your arrival. A cold start can reveal problems that are less obvious after the engine has been running.

Electric Forklifts

Check:

• Battery age
• Battery type
• Charge history
• Charger compatibility
• Corrosion
• Cable condition
• Connector damage
• Electrolyte levels where applicable
• Cell condition
• Runtime under load
• Battery test results

A visual inspection cannot confirm an industrial battery’s remaining capacity. Request a professional battery test and confirm whether the charger is included.

The used electric forklift buying guide covers additional checks for batteries, chargers and electric drive systems.

Fail signal: Heavy smoke, persistent warning lights, major leaks, damaged battery cells or a seller unwilling to provide power-system test results.

13. Check the Controls and Safety Equipment

Inspect and operate the:

• Horn
• Lights
• Reverse alarm
• Warning beacon
• Mirrors
• Direction controls
• Lift controls
• Emergency disconnect
• Seatbelt
• Operator-presence system
• Parking brake warning
• Battery indicator or fuel gauge
• Dashboard warning lights
• Speed controls where fitted

Check that the overhead guard is secure and the seat, restraint and entry points are in serviceable condition.

WorkSafe Victoria advises that required safety features should be considered when buying a forklift and notes that second-hand machines may require replacement seats, restraints, information plates or updated safety features.

Do not assume a warning device works because it is physically present.

Fail signal: Inoperative restraints, warning systems, controls or operator-presence features.

14. Complete a Test Drive and Loaded Function Test

A forklift may appear satisfactory while stationary but reveal faults once driven and placed under load.

Complete the test in a controlled area with an authorised operator and a suitable load.

Test:

• Cold start
• Forward travel
• Reverse travel
• Steering
• Service brake
• Park brake
• Mast lift
• Controlled lowering
• Tilt
• Side shift
• Attachment operation
• Load holding
• Acceleration
• Operation on a slight grade where appropriate
• Battery runtime or engine temperature

The forklift should remain stable and responsive without leaks, slipping, unusual noises or warning lights.

A buyer who is not technically qualified should arrange an independent inspection by a competent forklift technician.

Fail signal: The seller refuses a proper test, restricts access to the machine or will not allow inspection by an independent technician.

How to Inspect the Brakes Before Buying

Brake faults should be treated as major safety issues rather than minor bargaining points.

Check the Brake Pedal

The pedal should feel firm and respond consistently.

Watch for:

• Excessive travel
• Spongy resistance
• Delayed braking
• Pedal sinking while held
• Different response between repeated stops

A soft pedal may indicate air, fluid loss or another fault requiring diagnosis.

Test Straight-Line Braking

At low speed in a clear test area, apply the service brake smoothly.

The forklift should:

• Stop predictably
• Remain straight
• Avoid severe vibration
• Avoid pulling to one side
• Produce no grinding or knocking sounds

Test the Park Brake

On a slight controlled grade, confirm that the parking brake holds the stationary forklift without movement.

Do not conduct this test on a steep slope, near an edge or with pedestrians nearby.

Check for Leaks and Damage

Inspect around:

• Brake lines
• Hoses
• Master cylinder
• Wheel areas
• Pedal mechanisms
• Park brake linkages

Do not buy a forklift for immediate use when its brakes are defective. It should remain out of service until assessed and repaired by a competent technician.

Key Features and Specifications to Prioritise

Condition alone does not determine whether a forklift is suitable. Its configuration must fit your work.

Feature	What to Confirm	Why It Matters
Rated capacity	Load weight and load centre	Prevents unsafe overloading
Residual capacity	Capacity at the required height with attachments	Attachments and mast height can reduce usable capacity
Mast type	Duplex, triplex or another configuration	Affects lift height and collapsed height
Free lift	Carriage movement before mast extension	Important beneath low roofs and inside containers
Fork length	Ability to support the intended load	Short forks may not support the load correctly
Tyres	Solid, pneumatic or non-marking	Must suit the surface and environment
Power source	Electric, LPG or diesel	Affects emissions, ventilation and operating conditions
Attachments	Compatibility and rated configuration	Changes load handling and capacity
Dimensions	Height, width and turning radius	Must suit doors, aisles and work areas
Safety features	Restraint, warning devices and visibility aids	Helps control operating risks
Parts support	Local service and replacement components	Reduces repair delays
Charger	Correct voltage and battery compatibility	Essential for electric models

Investigating reliable used forklift brands can help identify machines with suitable parts and service support.

How to Read Hours, Age and Service History

A forklift’s condition cannot be reduced to one number.

Indicator	What It May Suggest
High hours with complete records	Intensive use but potentially consistent maintenance
Low hours with heavy wear	Meter inconsistency or harsh previous use
Long periods between services	Increased risk of neglected faults
Repeated hydraulic repairs	Possible recurring system problems
Several battery replacements	Intensive electric-forklift use
Regular tyre replacement	High utilisation or demanding surfaces
Missing recent records	Unknown current condition
Major component replacement	Potential benefit if documented and completed properly
Fresh paint without repair records	Cosmetic preparation may be hiding damage
Consistent annual servicing	Better evidence of planned maintenance

Service Records to Request

Ask for:

• Scheduled service invoices
• Inspection reports
• Previous defect lists
• Repair invoices
• Battery reports
• Major component replacements
• Tyre replacement dates
• Attachment inspections
• Safety-system repairs
• Current warranty documents

WorkSafe Victoria states that inspection and maintenance records should identify what required inspection, what was checked, maintenance completed, defects found and rectification work.

How Age Affects the Decision

Age may influence:

• Parts availability
• Emissions
• Safety features
• Energy efficiency
• Battery technology
• Resale value
• Compatibility with current attachments

Age is not automatically a reason to reject a forklift. It becomes more important when combined with high utilisation, missing records and limited parts support.

Avoid focusing on the advertised price while overlooking common forklift buying mistakes.

Red Flags That Should Stop the Sale

Some issues may justify renegotiation. Others should stop the purchase until the forklift is professionally assessed and repaired.

Red Flag	Why It Matters	Recommended Action
Missing capacity plate	Safe rated capacity cannot be confirmed	Stop and request correct documentation
Cracked mast or frame	Potential structural failure	Walk away or require engineering assessment
Bent or cracked forks	Load-support failure risk	Do not use until replaced and assessed
Heavy chain damage	May affect lifting and load control	Require technician assessment
Brake failure	Immediate operating risk	Stop the sale for use in current condition
Major hydraulic leaks	Loss of control and repair exposure	Obtain repair diagnosis and quotation
Mismatched serial numbers	Ownership or history uncertainty	Do not proceed until resolved
Altered hour meter	Remaining-life assessment becomes unreliable	Investigate records or walk away
Severe battery corrosion	May indicate expensive battery replacement	Obtain a professional battery report
Heavy exhaust smoke	Potential engine or combustion fault	Arrange mechanical diagnosis
Unauthorised modifications	Capacity and compliance may be affected	Require engineering and plate verification
Refusal of a test drive	Faults may be intentionally concealed	Walk away
No service history	Condition and maintenance are difficult to verify	Price the risk or choose another machine
Active warning lights	Unresolved electrical or mechanical fault	Diagnose before purchase

A clean appearance should never outweigh serious faults or missing documentation.

Professionally prepared and inspected pre-owned forklifts in Melbourne may reduce some uncertainty, but buyers should still confirm the condition, specification and written purchase terms.

Used Forklift Inspection vs Daily Pre-Operational Check

A pre-purchase inspection and a daily pre-operational check serve different purposes.

Inspection Type	Purpose	When It Happens
Pre-purchase inspection	Assesses condition, suitability, history and financial risk before buying	Once before purchase
Daily pre-operational check	Confirms the owned forklift appears safe before being used	Before daily use, at shift start or when operators change

A pre-purchase inspection is broader. It considers the forklift’s remaining value, repair exposure, configuration, service history and condition under load.

A daily check focuses on whether the forklift is safe to operate for the coming shift. WorkSafe Victoria recommends completing a pre-operation inspection according to the manufacturer’s instructions at the start of each shift, before first daily use and when the operator changes.

Once the purchase is complete, operators should follow a separate daily forklift pre-operational inspection.

Used Forklift Pre-Purchase Checklist

Use this condensed list while viewing a machine:

• ☐ Confirm the required capacity and lift height
• ☐ Match the model and serial number to the records
• ☐ Check the capacity and attachment plates
• ☐ Review the hour meter and wear
• ☐ Read the service and repair history
• ☐ Inspect the frame and chassis
• ☐ Check the forks, carriage, mast and chains
• ☐ Inspect hydraulic hoses, cylinders and leaks
• ☐ Check tyres, wheels and wheel nuts
• ☐ Test service and parking brakes
• ☐ Test steering and directional controls
• ☐ Inspect the engine, LPG system or battery
• ☐ Check restraints, warnings and safety equipment
• ☐ Complete a controlled test drive and loaded test

Frequently Asked Questions

1. What Is the Most Important Check When Buying a Used Forklift?

The most important checks are the structural condition of the mast and forks, the braking system and the capacity plate. Serious defects in these areas can affect the forklift’s ability to lift, hold and stop safely. They should be assessed before price negotiations.

2. Should a Mechanic Inspect a Used Forklift Before Purchase?

A competent forklift technician should inspect the machine when the buyer does not have the technical knowledge to assess its structural, hydraulic, mechanical or electrical condition. A general vehicle mechanic may not have the specialist knowledge required for forklift masts, chains, attachments and industrial batteries.

3. How Many Hours Are Too Many for a Used Forklift?

There is no universal hour limit. The significance of the reading depends on the model, maintenance history, previous duty cycle, environment and current component condition. Higher hours with complete records may represent less risk than lower hours with evidence of neglect.

4. How Do You Test a Used Electric Forklift Battery?

Request a professional battery capacity or discharge test and review the battery’s age, cell condition, cables, connectors, corrosion and charger compatibility. A voltage reading or dashboard charge indicator alone does not show the battery’s remaining operating capacity.

5. Can You Inspect a Used Forklift Without Driving It?

A stationary inspection is not enough. Steering, brakes, transmission response, hydraulic operation, warning systems and performance under load must be assessed through a controlled function test. Refusal to permit a reasonable test is a significant buying red flag.

6. What Documents Should Come With a Used Forklift?

Request the sales document, model and serial details, information plate, service records, repair history, operator information, attachment documents, warranty terms and battery or charger records where relevant. Confirm that the documents match the specific machine.

Conclusion

A thorough used forklift inspection protects the business from buying unsuitable, unsafe or excessively worn equipment. Check the machine’s identity, capacity, service history and structural condition before testing the brakes, hydraulics, steering, power system and safety features.

Do not rely on paintwork, price or operating hours alone. Complete a controlled loaded test and arrange an independent technician inspection when the machine’s condition is unclear. This is particularly important for private, auction and online purchases where preparation and support may be limited.

Buyers can compare used and new forklift options or review pre-owned forklifts available in Melbourne after establishing the capacity, lift height and configuration their operation requires.