When a tail lift fails during delivery, the first few decisions can determine whether the incident remains a manageable breakdown or develops into a serious accident. A platform that stops halfway, moves unevenly or becomes unresponsive may expose the operator, cargo and nearby pedestrians to crushing, falling and slipping hazards. The safest response is to stop work immediately, secure the area and prevent anyone from attempting an improvised repair.

Delivery pressure should never encourage a driver to keep using faulty equipment. Great Britain recorded around 600,000 workplace non-fatal injuries and 138 worker fatalities during 2024/25, showing why unexpected equipment behaviour must be treated seriously. A clear breakdown procedure helps operators protect people, report the fault accurately and arrange qualified support without causing further damage. 

What to Do Immediately When a Tail Lift Fails During Delivery

The operator should stop the tail lift as soon as it becomes slow, unstable, noisy or unresponsive. Nobody should remain on the platform, stand underneath it or enter the area where the platform or load could fall. The vehicle should be parked on firm, level ground where possible, with the parking brake applied and the engine or tail-lift power isolated according to the approved operating procedure.

The loading zone must then be controlled. Official workplace transport guidance recommends keeping loading areas clear of passing traffic, pedestrians and people who are not involved in the work. Barriers, warning cones or another suitable method should be used to create an exclusion zone around the lift while the driver contacts the fleet manager or breakdown provider. 

Immediate actions should include:

  • Stop operating the tail lift.
  • Warn nearby workers and pedestrians.
  • Keep everyone away from the platform and load.
  • Apply the vehicle’s parking brake.
  • Isolate the tail-lift power where safe to do so.
  • Secure loose cargo without entering the danger zone.
  • Inform the fleet manager or responsible supervisor.
  • Contact a qualified tail-lift repair provider.
  • Record the platform position and visible symptoms.
  • Prevent anyone from restarting the lift.

The driver should not keep pressing the controls to see whether the lift starts working again. Repeated attempts may worsen an electrical fault, overheat the motor or increase pressure on a damaged hose, seal or cylinder. A platform that suddenly starts moving after repeated control inputs can also catch an operator by surprise.

Once the area is secure, the driver should remain available to provide clear information to the repair team. Details such as the vehicle location, cargo weight, platform position, unusual noises and visible leaks can help technicians understand the likely fault before arriving. No delivery deadline justifies exposing workers or members of the public to uncontrolled lifting equipment.

Secure the Platform, Cargo and Delivery Area

A raised or partly lowered platform presents both a fall hazard and a potential crush point when a tail lift fails during delivery. The operator should never stand beneath it, use their body to support it or place makeshift objects under the structure. Official guidance warns that machinery, heavy loads, overturning vehicles and work at height can all cause serious injuries or death during loading and unloading. 

If cargo remains on the platform, it should only be removed when a competent person has confirmed that this can be done safely. A pallet truck, forklift or replacement lifting system may be needed, depending on the load and site conditions. The driver should not drag a heavy item off an unstable platform or ask delivery staff to lift it manually simply to clear the vehicle.

The wider loading area also needs attention. Pedestrians should be separated from the vehicle, and the driver should wait in a clearly defined safe position away from moving equipment and falling loads. Where the platform cannot be returned to its travelling position, the vehicle should remain stationary until a technician or recovery provider confirms how it can be secured.

Check for Obvious Problems Without Attempting Repairs

A careful visual inspection can give the repair team useful information without exposing the driver to unnecessary risk. The operator may look from a safe position for leaking oil, loose cables, damaged switches, bent platform sections, visible corrosion or debris trapped around hinges and runners. The inspection should remain visual while the system is raised, pressurised or connected to power.

Operators should remember that a tail lift may store hydraulic pressure even when it appears inactive. Opening a hose, loosening a fitting or touching damaged wiring can release fluid, create sudden movement or expose the person to electrical injury. Guards, valves and safety systems should only be removed or adjusted by a competent technician.

Safe observations may include:

  • Hydraulic oil beneath the vehicle or around a cylinder
  • Split, cracked or damaged hydraulic hoses
  • Loose or visibly damaged electrical cables
  • Corroded connections or control boxes
  • Stones, packaging or debris around moving parts
  • Bent hinges, runners or platform edges
  • Cracks around mounting brackets
  • Missing or loose fasteners
  • A platform sitting at an unusual angle
  • A control switch that appears physically damaged

The driver should take photographs from outside the exclusion zone when doing so is safe. Images of the platform position, leak location or damaged component can help the technical team prepare suitable parts and equipment. The operator should also note whether the fault appeared while raising, lowering, opening, closing or carrying a load.

The lift must not be forced, struck, manually pulled into position or connected to an alternative power source. Bypassing an interlock or safety valve may make the platform move, but it removes the protection intended to prevent uncontrolled operation. Roadside troubleshooting should stop once the operator has gathered basic, safe observations.

Recognise Common Signs of Tail-Lift Failure

Tail-lift failures often develop over time. Slow lifting may point to low hydraulic fluid, a worn pump, damaged seals or a restricted hydraulic circuit. Jerking, dipping and uneven movement can indicate trapped air, leakage, mechanical wear or poor platform alignment. Recognising these signs early allows the equipment to be removed from service before it stops during a delivery.

Unusual noises also deserve attention. Grinding may suggest worn pins, bushes or hinges, while a strained or unusually loud motor may indicate that the lift is overloaded or struggling to build pressure. Delayed control response, intermittent operation and burning smells may be linked to damaged wiring, poor connections or overheating electrical components.

Warning signs include:

  • Slow or delayed platform movement
  • Jerking, shaking or uneven lifting
  • A platform that dips under load
  • Failure to raise, lower, open or close fully
  • Grinding, squealing or clanking sounds
  • An unusually loud hydraulic pump
  • Oil leaks around hoses, fittings or cylinders
  • Burning smells or overheating
  • Intermittent or unreliable controls
  • Loose hinges or excessive platform movement
  • Cracks, corrosion or bent structural parts
  • Faulty emergency stops or safety devices

Operators should report changes in performance rather than waiting for complete failure. A safety alert documented a tail lift that collapsed while carrying an employee and a loaded manual pallet truck after two mounting U-bolts failed. The front of the platform fell to the ground and injured the worker, demonstrating that a lift can remain operational even while critical structural components deteriorate. 

Daily inspection records make these changes easier to identify. A driver who notes that a lift is becoming slower over several days gives the maintenance team a chance to investigate before the next route. Reporting small leaks, increased movement or unusual noises can prevent a minor repair from becoming a roadside breakdown.

Understand Why Tail Lifts Break Down

Hydraulic faults are among the most common causes of tail-lift trouble when a tail lift fails during delivery. Hoses can split, seals can wear and fittings may loosen through vibration. Low or contaminated hydraulic fluid reduces the system’s ability to generate consistent pressure, causing slow, jerky or incomplete movement. A leak also creates a slippery surface around the vehicle, adding a separate fall hazard.

Electrical faults may develop through moisture, corrosion, damaged wiring, loose battery connections or failed switches. Delivery vehicles regularly experience vibration, dust, heat and wet conditions, all of which can affect electrical reliability. A control may work intermittently before it fails completely, which is why unreliable operation should never be dismissed as a temporary problem.

Mechanical wear and incorrect operation place further strain on the lift. Pins, bushes, bearings and hinges gradually wear through repeated cycles, while overloading or placing cargo too far from the correct load centre increases stress on the platform and mounting structure. An analysis of 11,510 reported incidents involving vehicles or handling equipment found that 17.64% were associated with mobile handling devices such as handling trucks, barrows and pallet trucks, highlighting the wider risks surrounding load movement. 

Follow the Approved Emergency Procedure

Some tail lifts include an approved emergency lowering, opening or closing function. This procedure should only be used by a trained person following the manufacturer’s operating instructions. Its purpose is normally to place the platform in a safer position, not to make a defective lift available for further deliveries.

Emergency systems can still release pressure and cause platform movement. Everyone must remain clear of the lifting area before the procedure begins, and the cargo must be stable. If the operator cannot confirm that the procedure is suitable for the fault, the safest choice is to leave the system isolated and wait for technical assistance.

The vehicle should not travel until the platform is properly secured in its transport position. Chains, straps or makeshift supports should not be used without professional guidance because they may not withstand road vibration or the weight of the platform. If the lift cannot be stowed safely, the vehicle may require on-site repair or professional recovery.

Report the Breakdown Clearly

Accurate reporting reduces the time required to diagnose the fault when a tail lift fails during delivery. The driver should provide the exact location, vehicle details, tail-lift model, cargo weight and platform position. The report should explain what the lift was doing when it stopped and whether the operator noticed any noise, leak, smell, warning light or unusual movement.

The incident should also be recorded in the fleet’s maintenance system or breakdown log. Useful information includes the date, time, delivery site, weather conditions and recent repair history. These records may reveal that a particular fault repeatedly occurs after heavy loads, wet-weather work or operation on uneven ground.

Workplace safety data becomes useful when organisations record incidents consistently and use the findings for prevention. International occupational safety guidance treats injury and incident statistics as an important basis for identifying risks and improving controls. Even a breakdown that causes no injury should therefore be documented and reviewed. 

Decide Whether the Delivery Can Continue

A delivery should not continue using a lift that has shown unreliable movement or a failed safety feature. Even when the platform begins working again, the underlying fault may still be present. The fleet manager should decide whether another vehicle, loading bay, forklift or alternative delivery arrangement can complete the job safely.

Cargo should not be unloaded manually simply because the mechanical system is unavailable. Large or awkward loads can create manual-handling risks, particularly when staff are working at the rear edge of a vehicle. The delivery plan may need to change so that suitable lifting equipment and a controlled loading area are available.

A delay usually carries less risk and cost than a dropped load, damaged platform or injured employee. Great Britain’s 2024/25 figures included approximately 600,000 workers sustaining non-fatal workplace injuries, reinforcing the need to treat safe handling as an operational requirement rather than an optional precaution. (GOV.UK)

Prevent Further Damage While Awaiting Assistance

Once the tail lift has been isolated, nobody should attempt to restart it without authorisation. Repeated operation can turn a worn seal into a major hydraulic leak or allow a loose component to damage surrounding parts. The driver should keep the exclusion zone in place and monitor the vehicle from a safe position.

Any hydraulic oil on the ground should be treated as a slip and environmental hazard. Absorbent material may be placed around the spill when this can be done without approaching an unstable platform. The source should not be dismantled or cleaned before the technician has inspected it, as the leak pattern may assist with diagnosis.

While waiting for support:

  • Keep the tail-lift power isolated.
  • Maintain the exclusion zone.
  • Prevent other workers from using the controls.
  • Do not move or force the platform.
  • Keep people away from hydraulic oil.
  • Use absorbent material where it is safe.
  • Protect nearby drains from spilled fluid.
  • Avoid transferring cargo without suitable equipment.
  • Keep photographs and fault details available.
  • Follow instructions from the repair provider.

Vehicle movement should also be limited. Driving with the platform unsecured can damage the lift, vehicle body or mounting structure. The driver should not assume that a partly closed platform will remain in place once the vehicle turns, brakes or travels over an uneven surface.

Delivery managers can use the waiting period to arrange an alternative vehicle or inform the customer about the delay. This keeps operational decisions separate from the technical repair and removes pressure from the driver. The operator’s responsibility is to maintain a safe area and provide information, not to solve a mechanical fault without the necessary training.

Reduce the Risk of Future Failures

Daily pre-use inspections should cover the platform, hydraulic system, electrical controls, mounting structure and safety devices when a tail lift fails during delivery. The operator should check for leaks, cracks, loose components, corrosion and damaged cables before running the lift through an empty cycle. Any change in speed, alignment or sound should be reported before cargo is loaded.

Scheduled maintenance should go beyond confirming that the lift moves. Pins, bushes and hinges need lubrication and wear checks, while hoses, seals, cylinders and electrical connections require close inspection. Critical mounting components may need cleaning so that cracks and corrosion are visible. The documented U-bolt failure shows why hidden structural deterioration can be more dangerous than an obvious operational fault. (HSA)

Training is equally important because correct loading affects equipment life. Operators must understand the lift’s rated capacity, load centre and approved control procedure. Loads should be stable and evenly positioned, and the platform should never carry more weight than its safe working limit. Good inspection, maintenance and operating habits work together to prevent breakdowns.

How Dhollandia SA Supports Tail-Lift Reliability

At Dhollandia SA, we support commercial fleets throughout the working life of their lifting equipment. We are the authorised South African Dhollandia dealer and supply passenger lifts, van lifts, cantilever lifts, slider lifts, fold-away lifts and column lifts. Our team helps match the lift to the vehicle, cargo and expected delivery conditions.

We operate from Johannesburg, Cape Town, Durban and Port Elizabeth, giving customers access to technical expertise across four major operating regions. Our services extend beyond product supply to installation, planned servicing, repairs, warranty support and national breakdown assistance.

We can assist fleets with:

  • Selecting a suitable tail-lift type and capacity
  • Assessing vehicle and chassis compatibility
  • Installing tail lifts correctly
  • Conducting routine servicing
  • Diagnosing hydraulic and electrical faults
  • Repairing worn or damaged components
  • Providing warranty support
  • Responding to unexpected breakdowns
  • Maintaining equipment from other manufacturers
  • Planning ongoing fleet maintenance

Our product range covers compact applications through to heavy commercial lifting requirements. Dhollandia tail lifts are designed with features such as durable corrosion protection, low-maintenance bearings and practical hydraulic systems suited to regular commercial use. Correct product selection reduces unnecessary strain and helps the lift perform reliably in its intended application.

We also understand that downtime affects routes, customers and fleet costs. Our full-service approach allows us to support equipment from initial specification through to servicing and repair. This helps customers maintain safer working practices while extending the useful life of their tail lifts.

Get Help from the Professionals

When a tail lift fails during delivery, the correct response is to stop work, isolate the equipment, secure the area and contact a qualified repair provider. Operators should not force the platform, bypass a safety feature or continue using a lift that behaves unpredictably. Clear reporting and a controlled exclusion zone protect workers, cargo and the vehicle while support is arranged.

Preventative checks and professional maintenance remain the strongest defence against future disruption. We can help fleets select, install, inspect, service and repair tail lifts for a wide range of commercial applications. Get in touch with Dhollandia SA to discuss breakdown assistance or a maintenance plan that supports safer, more reliable delivery operations.