News
Lifting Gear Inspection Checklist & Compliance
Lifting operations do not become safe simply because the equipment is high quality or correctly specified. In practice, many incidents stem from familiar issues: damage that was missed during a pre-use check, equipment used outside its intended configuration, undocumented modifications, or poor control of inspection records. A structured inspection framework helps operators and companies spot these risks early and keep lifting accessories fit for service.
This article provides a practical, step-by-step inspection checklist for lifting accessories and explains how that checklist fits into a wider compliance system. The focus is general and operator-friendly, but where useful, we have referenced products from the Safer Together campaign to show how the same inspection principles apply across different lifting accessories and monitoring solutions.
Why inspection matters
Safe lifting depends not only on correct lift planning, but on the continued condition, suitability, and traceability of the equipment being used. HSE guidance makes clear that lifting equipment and lifting accessories should be checked and maintained as necessary to keep them safe, with simple pre-use checks by users, additional inspections where needed, and regular thorough examinations by a competent person.
That matters because equipment failures are rarely “sudden surprises”. They are often the result of deterioration, misuse, damage, poor storage, improper modification, or missing paperwork that was not identified in time. In the Safer Together campaign, this same pattern appears repeatedly: uncontrolled bolt cutting can invalidate certification, and incorrect installation can compromise lifting points before the lift even begins.
What “compliance” means in practice
For most UK lifting operations, compliance is not a single inspection event; it is a system. HSE guidance on LOLER explains that lifting equipment may need pre-use checks, regular in-service inspections, and thorough examinations at specified intervals or under a written examination scheme. PUWER also requires equipment to be suitable, safe for use, maintained, and – where appropriate – inspected.
In practical terms, companies should treat compliance as four overlapping layers:
- Pre-use checks by the operator before the equipment enters the lift.
- Routine inspections at intervals set by risk assessment, environment, usage, and manufacturer recommendations.
- Thorough examinations by a competent person at the legally required interval, or in line with an examination scheme. HSE states that, unless an examination scheme specifies otherwise, thorough examinations should normally be every 6 months for lifting accessories, 6 months for lifting equipment used to lift people, and 12 months for other lifting equipment.
- Additional inspections after exceptional circumstances, such as overload, impact, long periods out of use, major repair, or modification.
A practical step-by-step inspection framework
1) Identify the equipment clearly before anything else
Before checking condition, confirm exactly what the item is. Each piece of lifting gear should be uniquely identifiable and linked to the correct records, certificate, and rated capacity. If the item has no clear ID, illegible marking, or uncertain origin, it should not be treated as “good to go” simply because it looks serviceable.
Operator check:
- Can you identify the item by serial number / asset number / tag / label?
- Is the WLL / SWL legible and appropriate for the planned lift?
- Is the item matched to the correct certificate or equipment register entry?
Example: Aberdeen Web polyester round slings are colour-coded and marked for easier identification, which supports faster, more reliable pre-use selection on site.
2) Check the paperwork and inspection status
A lifting accessory may look acceptable and still be non-compliant if its documentation is missing or out of date. HSE notes that records should be kept for thorough examinations, inspections, and declarations of conformity, and that written copies must be producible when required.
Operator / supervisor check:
- Is the latest thorough examination still in date?
- Is the next examination date known?
- Are any restrictions, observations, or conditions of use recorded on the report?
- Is the manufacturer’s information / user instruction available where required?
Good practice: build inspection status into your asset register so operators are not relying on memory, old tags, or site assumptions.
3) Carry out a pre-use visual inspection
This is the frontline control. HSE specifically states that users may need to undertake simple pre-use checks, particularly on items such as chains and slings.
A good visual inspection should look for:
- Obvious damage or deterioration such as wear, cuts, cracking, distortion, bent components, corrosion, or loose parts.
- Evidence of misuse or unauthorised modification, especially where equipment has been cut, ground, heated, welded, drilled, or altered.
- Missing or illegible labels / markings / tags, which can make safe selection impossible.
- Condition of protective elements such as sleeves, retaining pins, latches, fasteners, indicators, or covers.
4) Confirm the equipment is suitable for the actual lift
Inspection is not only about condition; it is also about fitness for the task. An undamaged item can still be unsafe if it is wrongly sized, incorrectly configured, or incompatible with the intended load path. Instability often comes from incorrect sling angles, poor understanding of centre of gravity, or misapplied lifting points.
Operator check:
- Is the WLL suitable for the actual lift and configuration?
- Are sling angles, connection points, and load direction compatible with the chosen equipment?
- Is the equipment appropriate for the environment (abrasive, wet, corrosive, offshore, temperature-related, etc.)? HSE notes that exposure to deteriorating conditions affects inspection and examination needs.
- Have any protective accessories been specified where needed, such as sleeves or load protection?
Example: Polyester round slings can reduce manual handling strain, but they still need suitable edge protection and correct configuration for the lift. Likewise, a trunnion spreader beam can reduce rigging complexity, but only if the assembly and connection arrangement are correct.
5) Check function, not just appearance
Where the equipment includes moving parts, indicators, electronics, or locking features, a visual check alone is not enough. HSE notes that thorough examination may include functional checks, and best practise reinforces the value of systems that give a clear installation indicator or live load feedback.
Examples of functional checks:
- Does a locking or seating mechanism engage correctly on a lifting point?
- Does a load monitoring device power up, display correctly, and communicate as expected?
- Are any alarm thresholds, readouts, or indicators behaving normally before the lift begins?
Example: The Safer Together campaign highlights how load pin shackles and running line tensiometers improve control through real-time measurement. From an inspection point of view, that means operators should verify not just the hardware condition, but the display, signal path, battery condition, and any alarms needed for the job.
6) Quarantine defects immediately
HSE is very clear on this point: if an inspection or examination identifies a defect that is – or could become – a danger to people, the equipment should be taken our of service and not used until the defect is remedied.
Practical rule:
If there is doubt about condition, identity, certification, safe installation, or recent modification, quarantine first and verify second.
This is particularly important for:
- gear with missing / unreadable identification,
- hardware showing unauthorised cutting or modification,
- items with visible deformation, wear, or corrosion,
- products with uncertain inspection status or expired examination dates.
7) Record what was found and what was done
Inspection only improves safety if the results feed back into the control system. HSE states that records should be kept for examinations and inspections, and that reports must capture key details such as the examination date, next due date, and dangerous defects found.
A practical company process should include:
- who carried out the check,
- what equipment was checked,
- what defects or observations were found,
- whether the item remained in service, was restricted, or was quarantined,
- what corrective action was raised and by when.
8) Trigger extra inspections after “exceptional circumstances”
Some of the highest-risk situations occur after a lift has gone wrong, not before the next planned examination. HSE specifically lists damage, failure, long periods out of use, and major changes or repairs as reasons for additional examination.
Use that as a site rule. If lifting gear has been:
- overloaded, shock-loaded, dropped, or impacted,
- altered or repaired,
- exposed to harsh conditions that may accelerate deterioration,
- or returned from a project with uncertain history, then it should be reassessed before being placed back into service.
Product-specific examples
The checklist above is general, but it becomes easier to apply when operators can picture real equipment. Examples from the Safer Together campaign include:
- Polyester round slings: confirm identification, label condition, sleeve condition, and whether the sling is suitable for the load shape and capacity. Their lower weight can reduce manual handling risk, but they still require careful pre-use checking and appropriate protection.
- Trunnion spreader beams: verify assembly condition, connection points, and configuration before use, especially where the beam is selected to reduce rigging complexity and manual handling. Lifting accessories should always be used in accordance with the relevant user instructions.
- Load pin shackles / running line tensiometers: check both physical condition and monitoring function, because safe use depends on live, reliable load information.
- Lifting points and cut bolts: inspect for correct seating, signs of corrosion or damage, and any evidence of unauthorised cutting or modification. Controlled, approved processes are essential where certification is involved.
Summary
A good lifting accessory inspection system is simple in principle: identify, check, verify, record, and quarantine when in doubt. HSE guidance makes clear that safe lifting relies on the continued condition of the equipment, supported by pre-use checks, suitable inspections, maintenance, and thorough examination by a competent person.
For operators, the priority is to carry out disciplined pre-use checks and stop when something does not look right. For companies, the priority is to create a documented system that links physical condition, certification, traceability, and corrective action. When that framework is in place, inspection stops being a box-ticking exercise and becomes one of the most effective controls in safer lifting operations.