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What are the specific industry standards and regulations that govern annual warehouse racking inspections?

Annual warehouse racking inspections in the UK are governed principally by the Provision and Use of Work Equipment Regulations 1998 (PUWER), supported by HSE guidance HSG76, BS EN 15635 and SEMA guidance. These standards require suitable, systematic inspections by a competent person—normally at intervals not exceeding 12 months, or more frequently where risk demands—with findings recorded and dangerous damage taken out of service until repaired.

Annual warehouse racking inspections in the UK are governed principally by the Provision and Use of Work Equipment Regulations 1998 (PUWER), supported by the Health and Safety Executive’s guidance in HSG76: Warehousing and storage, BS EN 15635 and relevant Storage Equipment Manufacturers’ Association (SEMA) guidance. Together, these require storage equipment to be suitable, maintained and inspected by a competent person at appropriate intervals, with significant defects recorded and unsafe areas taken out of service until repaired.

There is not a single regulation that automatically imposes an annual inspection on every warehouse racking system. Instead, the inspection frequency must be based on risk, the condition and use of the equipment, the working environment and the manufacturer’s recommendations. However, HSG76 and BS EN 15635 establish the widely accepted UK practice of arranging a detailed inspection by a technically competent person at intervals not exceeding 12 months, with more frequent checks where the risk assessment identifies a need.

PUWER 1998 is the main legal framework. It applies to work equipment used by employees, and warehouse racking is generally treated as work equipment where its condition can affect health and safety. PUWER requires the equipment to be:

  • suitable for its intended use and the conditions in which it operates;
  • maintained so that it remains safe;
  • used only by people who have received suitable information, instruction and training; and
  • inspected where necessary to ensure that it is installed correctly and remains safe to operate.

The inspection requirement is particularly important after circumstances that could cause deterioration or damage. This can include impact by materials-handling equipment, structural alteration, relocation, prolonged heavy use, fire, flooding, corrosion or any other event that could affect stability. The inspection must be suitable for the risks involved rather than being limited to a visual formality.

HSG76 provides practical guidance for warehouse operators. Although HSE guidance is not itself legislation, it explains how employers can comply with their legal duties when managing warehouse storage systems. It recommends a structured inspection arrangement that includes routine reporting by warehouse staff, regular visual checks and a more detailed examination by a technically competent person at least every 12 months, unless the risk assessment requires a shorter interval.

HSG76 also emphasises that employees should know how to identify and report damage. A warehouse operator should have a clear system for reporting defects, assessing their seriousness and ensuring that corrective action is completed. Damage should not be ignored because the structure remains in use or because the defect appears minor in isolation.

BS EN 15635 sets out the recognised approach to the use and maintenance of steel static storage systems. It is a British-adopted European standard rather than an Act of Parliament, but it is widely used as an accepted technical benchmark. It covers matters including:

  • the responsibilities of the equipment user, suppliers and inspection personnel;
  • safe operation, loading information and the control of unauthorised alterations;
  • damage classification and the response to defects;
  • inspection procedures and reporting arrangements; and
  • the importance of maintaining clearances, load notices, protection and structural components in suitable condition.

Under the approach described by BS EN 15635, the employer or equipment user should appoint a person responsible for storage equipment safety. This person coordinates reporting, internal checks, repairs, records and communication with the competent inspector. The standard also supports a system of regular visual checks by trained personnel and periodic expert inspections.

SEMA guidance complements the legal and technical requirements. SEMA publications are industry guidance, not statutory regulations, but they are commonly used by manufacturers, installers, inspectors and warehouse operators in the UK. They provide practical information on matters such as damage assessment, acceptable tolerances, load capacity, inspection methods, installation and repair. Where a system has been designed or installed to a particular manufacturer’s specification, that information should also be considered during the inspection.

Other standards may be relevant to the original design or installation of a storage system. For example, the EN 156xx series includes standards dealing with the specification, tolerances, design and use of steel storage equipment. These standards help establish whether the equipment was designed and installed appropriately, but an annual inspection is not a substitute for checking the original design calculations, load data or installation records where those documents are unavailable or the system has been altered.

The Management of Health and Safety at Work Regulations 1999 also have an important supporting role. They require employers to assess risks, appoint competent assistance, provide appropriate arrangements and review controls when circumstances change. The risk assessment should consider the type of loads, vehicle movements, pedestrian activity, traffic routes, operating speeds, loading practices, environmental conditions, previous damage and the competence of workers.

Other legislation can apply to particular aspects of the workplace. The Health and Safety at Work etc. Act 1974 places general duties on employers to protect employees and others affected by their activities. The Workplace (Health, Safety and Welfare) Regulations 1992 may be relevant to the condition and layout of the workplace, including safe access and traffic arrangements. The Work at Height Regulations 2005 may apply where people access elevated storage areas or carry out inspection and repair work at height. The relevant requirements depend on the activity being undertaken; they do not replace the need to inspect the warehouse racking itself.

It is also important to distinguish inspection requirements from lifting-equipment requirements. The Lifting Operations and Lifting Equipment Regulations 1998 (LOLER) apply to lifting equipment and lifting accessories, not normally to warehouse racking as a storage structure. They may nevertheless apply to separate equipment used to lift or handle loads in the warehouse. The correct legislation should therefore be identified for each item of equipment rather than applying LOLER automatically to the storage system.

A compliant annual warehouse racking inspection should normally include:

  • identification of the equipment, location and configuration inspected;
  • confirmation of the available load information and any relevant manufacturer or installation records;
  • checks of frames, uprights, bracing, beams, connectors, base plates, anchors, guards and other protective components;
  • assessment of impact damage, distortion, corrosion, missing components, loose connections and unauthorised modifications;
  • consideration of operating conditions, clearances, loading practices and the surrounding work area;
  • photographic or written evidence of significant findings;
  • a clear classification of defects and recommended corrective action; and
  • a report showing the inspection date, inspector’s identity and competence, areas covered and any follow-up required.

Where damage presents an immediate risk, the affected bay or area should be unloaded and prevented from further use without delay. Repairs should be completed using an appropriate method and suitable components, and the equipment should be re-examined before it is returned to service. Cosmetic damage or low-risk observations should still be recorded and monitored, because minor defects can worsen through continued loading or vehicle impact.

The inspector should be independent enough to make an objective assessment and should have suitable practical knowledge of the type of storage system being examined. Competence normally comes from a combination of relevant training, experience, understanding of BS EN 15635 and applicable guidance, and the ability to identify, assess and report structural defects. A completed checklist or a general visual walk-through alone does not demonstrate that a sufficiently thorough inspection has taken place.

Records should be retained with the warehouse’s safety documentation and made available to the people responsible for repairs and daily operation. They should show that defects were not only identified but also controlled and closed out. Keeping inspection reports, repair evidence, load information, training records and risk assessments together provides a clearer demonstration of effective compliance than retaining an annual certificate without supporting detail.

In practice, the safest approach is to treat the annual inspection as one part of a continuing management system: workers report damage immediately, trained personnel carry out routine checks, the responsible person reviews findings, and a competent inspector completes the periodic examination. This approach reflects PUWER, HSG76, BS EN 15635 and established UK industry practice while allowing the inspection frequency and controls to be adjusted when the risks change.

Annual warehouse racking inspections are guided by a combination of legal duties, technical standards and risk-based practice rather than a single regulation that applies an automatic annual deadline. PUWER 1998 requires work equipment to remain safe and be inspected where necessary, while HSG76, BS EN 15635 and SEMA guidance provide the recognised approach for managing warehouse racking. In practice, a detailed inspection by a competent person is normally arranged at intervals of no more than twelve months, with shorter intervals where the risk assessment, operating conditions or previous damage require them.

The inspection should be supported by routine visual checks, prompt damage reporting and documented corrective action. If an upright, beam, connection or protective component presents a serious risk, the affected area should be unloaded, taken out of service and repaired before use resumes. Keeping the inspection report alongside repair records, load information and risk assessments helps demonstrate that safety findings have been properly controlled rather than simply recorded.

Arrange your annual warehouse racking inspection

Arrange your annual warehouse racking inspection with Able Racking to confirm that your storage systems remain safe, compliant and suitable for continued use. Contact our experienced inspection team to discuss your requirements and schedule a thorough assessment.