Equipment inspection is one of the most important elements of any work at height safety programme. Even the highest quality harness, lanyard, connector or anchor device can become unsafe if it is damaged, contaminated, incorrectly stored or subjected to excessive loading. Regular inspections help identify defects before equipment is used, reducing the likelihood of failure during normal work or a fall arrest event.
Inspection requirements apply throughout the entire service life of fall protection equipment. A product should be checked before every use by the user and periodically by a competent person in accordance with the manufacturer’s instructions and the requirements of EN 365. These inspections form an essential link between product certification and real world performance, ensuring that equipment continues to provide the level of protection established during laboratory testing.
Why Equipment Inspection Is Essential
Personal fall protection equipment operates under demanding conditions. Harnesses are exposed to repeated loading, connectors experience constant opening and closing, ropes pass over structural edges and anchor devices remain exposed to weather throughout the year. Even when equipment has never been involved in a fall, normal use gradually causes wear that can reduce performance if left undetected.
Many forms of deterioration develop slowly and may not be immediately obvious during routine work. Abrasion can weaken webbing fibres, ultraviolet radiation may reduce the strength of synthetic materials, corrosion can affect metal components and contaminants such as oils, cement dust or chemicals may damage protective coatings or textile fibres. Regular inspection allows these problems to be identified before they become critical.
Inspection also helps ensure compliance with legal responsibilities. Under the Work at Height Regulations 2005, employers must ensure that equipment used for work at height is suitable, properly maintained and inspected where necessary. Maintaining inspection records demonstrates that equipment has been managed responsibly and supports regulatory compliance during audits or investigations.
Most importantly, inspection protects the user. Fall protection equipment is often called upon only once during its operational life. When that moment arrives, every component must perform exactly as intended, leaving no margin for hidden damage or overlooked defects.
Types of Inspection Throughout the Equipment Life Cycle
Inspection is not a single event carried out at fixed intervals. Instead, it forms a continuous process that begins before equipment is first used and continues until the product is permanently removed from service.
The first level is the pre-use inspection performed by the user before every work shift. This visual and functional check confirms that the equipment shows no obvious signs of damage and that all moving parts operate correctly. Although it usually takes only a few minutes, it provides the first opportunity to identify defects that may have developed since the previous use.
The second level is the periodic inspection carried out by a competent person. EN 365 requires periodic examinations at intervals determined by the manufacturer, although many organisations inspect fall protection equipment at least every 12 months. In demanding environments involving heavy use, chemicals or harsh weather, inspections may be required much more frequently.
Additional inspections should also be completed after exceptional events. Equipment involved in a fall arrest, exposed to fire, chemical contamination, severe impact or other abnormal loading should be removed from service immediately until it has been assessed in accordance with the manufacturer’s instructions. In many cases, equipment subjected to a fall must be permanently withdrawn regardless of its visible condition.
Inspection frequency should always reflect both manufacturer guidance and actual operating conditions rather than relying on a fixed calendar schedule alone.
Components That Require Inspection
Every part of a fall protection system should be examined during inspection because the failure of a single component may compromise the performance of the entire system. Different materials require different inspection methods, and inspectors should understand how damage develops in both textile and metallic equipment.
Textile components such as harnesses, lanyards and ropes should be checked for cuts, abrasion, broken fibres, heat damage, glazing, ultraviolet degradation, chemical contamination and damaged stitching. Areas around buckles, attachment points and energy absorbers deserve particular attention because these locations experience the highest operational loads.
Metal components require equally thorough examination. Connectors should be inspected for corrosion, cracks, deformation, excessive wear and sharp edges. Gates must close completely and locking mechanisms should engage automatically without sticking or excessive resistance. Anchor devices, pulleys and mechanical rescue equipment should also be checked for smooth operation and structural integrity.
Typical inspection points include:
- Webbing, rope and stitching for cuts, abrasion and chemical damage.
- Connectors for cracks, corrosion, gate operation and locking function.
- Energy absorbers for signs of deployment or damaged protective covers.
- Harness buckles, D-rings and adjustment mechanisms.
- Product labels, serial numbers and inspection markings.
- Mechanical devices for smooth operation and visible wear.
Inspection should include both the physical condition of the equipment and its identification. Missing labels or illegible serial numbers may prevent traceability and make it impossible to verify certification, service life or inspection history.
Standards, Documentation and Competent Person Inspections
European standards establish clear expectations for inspection and maintenance of personal fall protection equipment. EN 365 provides general requirements covering instructions for use, marking, periodic examination, repair, maintenance and storage. It applies to many categories of personal protective equipment used for work at height and forms the basis of inspection programmes across the UK and Europe.
Manufacturers supplement these requirements with product specific inspection criteria. Their instructions identify acceptable wear limits, retirement conditions, maintenance procedures and recommended inspection intervals. These instructions should always take precedence because different products use different materials and construction methods.
A competent person responsible for periodic inspection should possess appropriate knowledge of fall protection equipment, understand applicable standards and recognise the various forms of mechanical, environmental and chemical damage that may affect product performance. They should also understand the manufacturer’s inspection procedures for the equipment being examined.
Inspection records form an important part of equipment management. Each examination should document the equipment identity, inspection date, inspector’s name, findings, corrective actions and the decision to continue or withdraw the equipment from service. Many organisations now use digital asset management systems that link inspection records directly to serial numbers, QR codes or RFID tags, improving traceability and reducing administrative errors.
Maintaining complete documentation also simplifies warranty claims, regulatory audits and product recall management while providing a clear service history throughout the equipment’s operational life.
Common Inspection Errors and Best Practice
Many equipment failures can be traced to inspection deficiencies rather than manufacturing defects. One of the most common mistakes is relying solely on annual inspections while overlooking the importance of pre-use checks. Damage can occur between formal inspections, particularly on busy construction sites or industrial maintenance projects where equipment is handled frequently.
Another frequent error is focusing only on obvious physical damage. Less visible problems such as ultraviolet degradation, chemical exposure or internal damage to energy absorbers may not be immediately apparent without careful examination and familiarity with the equipment. Inspectors should therefore follow structured inspection procedures rather than relying on a quick visual assessment.
Cleaning equipment incorrectly can also create problems. Aggressive chemicals, pressure washers, solvents or excessive heat may damage webbing, ropes or protective coatings. Manufacturers generally recommend mild detergents, clean water and natural drying away from direct heat sources to preserve material properties.
Best practice includes removing any equipment from service immediately if there is uncertainty about its condition. Continuing to use questionable equipment because damage appears minor introduces unnecessary risk. Inspection programmes should also include regular user training so workers understand what defects to look for and how to report damaged equipment promptly.
Equipment inspection is far more than a routine administrative task. It is a critical safety process that ensures fall protection equipment remains capable of performing under the demanding conditions for which it was designed. Through regular pre-use checks, competent person examinations, accurate documentation and timely replacement of damaged components, organisations can significantly improve the reliability of their fall protection systems while maintaining compliance with recognised safety standards and legal requirements.