What specific hazards should be prioritised during a warehouse risk assessment?

A warehouse risk assessment should prioritise hazards according to the potential severity of harm, the likelihood of an incident and the number of people exposed. The highest priorities are usually vehicle collisions, falling goods, damaged warehouse racking, unstable loads, unsafe pedestrian movements, blocked escape routes, slips and trips, fire, work at height, poorly maintained equipment and inadequate emergency arrangements.

The assessment should not treat every hazard equally. A low-frequency event can still require immediate action if it could cause a fatality, serious injury, major structural damage or a prolonged operational shutdown. Controls should be recorded clearly, assigned to responsible people and reviewed whenever the layout, equipment, processes or workforce changes.

Vehicle and pedestrian collisions

Moving vehicles are a significant warehouse risk, particularly where forklift trucks, pallet trucks and delivery vehicles operate close to people. Prioritise locations with restricted visibility, busy crossings, reversing movements, loading bays, doorways and shared routes.

• Separate vehicles and pedestrians wherever reasonably practicable using physical barriers, controlled crossings and clearly defined walkways.
• Assess speed limits, visibility, lighting, mirrors, warning systems and the condition of floors and routes.
• Control reversing through suitable layouts, trained operators, banksmen where necessary and effective communication arrangements.
• Keep emergency exits, fire equipment, access points and vehicle routes clear.
• Review traffic arrangements when stock profiles, shift patterns or warehouse layouts change.

Painted lines alone may not provide sufficient protection where vehicles and pedestrians are regularly exposed to one another. The assessment should consider whether the control is suitable for the actual traffic volume and behaviour in the workplace.

Falling goods and damaged warehouse racking

Falling goods can result from overloading, unsuitable storage, impact damage, poor pallet condition, incorrect placement or inadequate load restraint. Warehouse racking should be inspected for bent frames, damaged beams, missing components, displaced protection, corrosion and signs of instability.

• Confirm that loads are suitable for the warehouse racking system and remain within its specified capacity.
• Check that pallets are stable, correctly positioned and appropriate for the support arrangements.
• Prevent goods from projecting into access routes or creating a falling-object risk.
• Remove damaged components or isolate affected areas until they have been assessed and made safe.
• Maintain a documented inspection and reporting process, including prompt action following impact.

Any damage that could affect the stability or load-bearing performance of warehouse racking should be treated as a priority rather than deferred as routine maintenance. Employees should know how to report damage and what action to take if a concern is identified.

Unstable, overloaded or poorly handled loads

The assessment should examine how goods are received, stacked, picked, transferred and stored. Risks increase when loads are uneven, damaged, incompatible with the storage equipment or placed at a height that makes them difficult to control.

• Set clear rules for maximum load dimensions, weights and storage positions.
• Check that operators understand load notices and do not exceed stated capacities.
• Inspect pallets, stillages, containers and packaging before use.
• Store heavier or more stable goods in locations that reduce the consequences of collapse.
• Provide suitable methods for handling awkward, long, fragile or unstable items.

Where manual handling is involved, consider the weight, shape, grip, frequency, carrying distance and working posture. Mechanical aids may reduce the risk, but they must be suitable, maintained and used by trained personnel.

Work at height and falling objects

Identify tasks involving ladders, mobile access equipment, loading platforms, vehicle beds or access to elevated storage positions. The assessment should establish whether work at height can be avoided, then select suitable equipment and controls where it cannot.

• Use properly selected and maintained access equipment.
• Prevent people from standing on pallets, forks or unsuitable improvised platforms.
• Control falling-object risks below elevated work areas.
• Provide supervision and training for tasks that are infrequent or more complex.
• Plan recovery arrangements so that a person who falls or becomes stranded can be assisted safely.

Slips, trips and poor housekeeping

Spillages, damaged flooring, loose packaging, strapping, trailing cables and obstructed walkways should be prioritised because they can affect employees, visitors and vehicle operators. Housekeeping controls should specify who removes waste, how spillages are contained and how defects are reported.

Routes should remain adequately lit and free from unnecessary storage. Floors, doors, ramps and dock areas should be checked for damage, changes in level and contamination. Cleaning arrangements must account for the substances handled and should not create additional slip risks while surfaces are wet.

Fire, evacuation and emergency arrangements

Assess ignition sources, combustible materials, charging areas, hot work, waste storage and the condition of electrical installations. Storage layouts must not compromise fire detection, suppression equipment, escape routes or access for emergency responders.

• Keep escape routes and final exits unobstructed and clearly identified.
• Ensure emergency doors can be opened as intended and are not routinely blocked.
• Provide suitable arrangements for raising the alarm and evacuating everyone, including visitors and people who may need assistance.
• Maintain appropriate fire-fighting equipment and ensure employees understand when evacuation is the only safe response.
• Test emergency procedures and update them after layout or process changes.

Equipment, maintenance and energy sources

Include forklifts, conveyors, compactors, charging equipment, dock equipment, cutting tools and other machinery within the assessment. Look for risks from moving parts, inadequate guarding, unexpected start-up, poor maintenance, defective batteries and unauthorised use.

Controls should cover pre-use checks, planned maintenance, isolation procedures, competent operation and the safe reporting of defects. Equipment that is unsafe should be taken out of service until a competent person has confirmed that it can be used again.

Substances, health risks and working conditions

Assess exposure to dust, fumes, cleaning products, fuels, battery electrolytes and other hazardous substances. Check storage compatibility, labelling, ventilation, spill response and access to suitable personal protective equipment. Personal protective equipment should support, not replace, effective engineering and organisational controls.

Noise, poor lighting, temperature, vibration and inadequate welfare facilities can also contribute to mistakes, fatigue and ill health. Consider how working conditions affect safe vehicle operation, picking accuracy and communication.

How to record and prioritise findings

For each hazard, record who may be harmed, the existing controls, the foreseeable outcome, the likelihood of occurrence and the additional action required. Give immediate attention to uncontrolled risks that could cause serious harm, particularly where people are exposed frequently or where one failure could affect several people.

Use the hierarchy of control when selecting improvements: eliminate the hazard where possible, substitute a safer option, introduce physical or engineering controls, establish safe systems of work and provide information, instruction and training. Personal protective equipment should be considered where residual risk remains.

Finally, review the assessment after an incident, near miss, inspection finding, equipment change, layout alteration or change in working practice. Regular consultation with warehouse staff is important because operators often identify unsafe conditions that are not obvious during a formal assessment. This process keeps the risk assessment practical, current and aligned with the conditions in which work is actually carried out.