A statutory or maintenance inspection is a periodic condition assessment of a technical asset that establishes whether it can continue to be used safely until the next scheduled re-inspection or maintenance point — and that demonstrably records which specific activities or checks you carried out. A reliable inspection and maintenance programme rests on three pillars: a complete asset register as the starting point, an inspection frequency driven by both risk and statutory deadlines, and a follow-up process in which a rejected asset genuinely undergoes the necessary repair before it is approved and/or put back into use. This article shows how to set up, carry out, and maintain all three together — from lifting equipment to electrical installations.
Structured statutory and maintenance inspections make a difference because they do more than put a sticker on a piece of equipment — they keep assets demonstrably safe and operationally reliable. Every organisation with technical assets already inspects and maintains them; the difference between an organisation that has this under control and one that gets caught out by the labour inspectorate or its insurer lies in how they organise it. A poorly structured system shows up in four symptoms we regularly see during audits:
Good statutory and maintenance inspections close those gaps: they deliver the evidence you need for management, the labour inspectorate, your insurer, or a certification body. The gap between "demonstrably inspected" and "demonstrably under control" is bigger than you think.
Whichever framework applies to you — occupational health and safety legislation, electrical safety inspection standards, or a manufacturer- or company-prescribed maintenance regime — the execution logic is nearly identical: you identify the asset, assess its condition against criteria, record evidence, and decide whether it can continue to be used safely. What differs per framework are the approval criteria, the deadline, and who is authorised to carry out the inspection or repair; you get that interpretation from your inspection body, manufacturer, or the applicable standards. We focus on what's the same everywhere: how to run those inspections and condition checks efficiently and demonstrably.
A workable statutory and maintenance programme is built around five elements — asset registration, frequency, roles and authorisation, time allocation, and action management — plus after-the-fact analysis.
1. Asset registration — what do you inspect, and where is it? An inspection schedule is only as reliable as the asset register underneath it. Record a unique number, type, location, and category for every asset, along with its inspection criteria and deadline. The starting point is a shop-floor inventory combined with the purchasing records, so that rented, replaced, and self-built equipment are all captured. Categories vary widely — lifting equipment, machinery, electrical installations, measuring equipment, storage and process installations — but get the same treatment: rejection criteria, deadline, and registration per category. A wear pattern you want to track over time (vibration, temperature) is assessed through condition monitoring.
2. Inspect on risk and on statutory deadline. Frequency has two controls. The first is a hard floor: the legally or manufacturer-prescribed deadline that applies to many assets. The second is risk: on top of that obligation, failure probability and criticality (severity of the consequence) determine how intensively you inspect.
3. Roles and authorisation. Some inspections may only be carried out by an authorised person or an accredited external inspection body — think of a qualified person for electrical safety testing, pressure equipment, or non-destructive testing. Record who is authorised per asset category, and build in independence: don't have the periodic inspection carried out by whoever operates the asset day to day. Daily user checks, on the other hand, do belong with the operator.
4. Time allocation. Too many inspection points at too high a frequency means inspections get rushed and the sticker becomes more important than the condition. Don't plan more than can genuinely be assessed.
5. Action management. An inspection without a system for following up on rejections — blocking, assigning repair, re-inspecting — becomes an archive of known problems. How that chain stalls is covered further below.
Analysis. Improvement requires trend analysis: which type of hoist or machine keeps coming up as rejected? Track a handful of indicators — the share of inspections completed on time, the number of rejections per category, unplanned downtime — and adjust the frequency or maintenance interval accordingly.
You carry out an inspection or maintenance check in seven steps: prepare, identify and secure the asset, record evidence, classify, define an action, close out with the person responsible, and report immediately. This sequence works regardless of the framework:
During a periodic inspection of internal transport equipment, a rented telehandler had been sitting on the construction site for months without ever appearing in the inspection register: it had come in through a different budget and had never been assigned an asset number. The fix wasn't an extra inspection point, but a change to the process before it: every new acquisition — bought or rented — is registerd first and given a unique number and deadline before it's allowed onto the shop floor. The re-inventory turned up three more unregistered pieces of equipment.
A rejection only becomes valuable once the asset is blocked immediately and followed by an assigned action with re-inspection. This is where most inspection programmes break down: the rejection gets logged and only reaches whoever needs to arrange the repair weeks later — while the rejected asset may still be in use. Three rules:
Five common pitfalls in inspection programmes are an incomplete asset register, confusing statutory deadlines with maintenance needs, missing measurement evidence, rejected assets that stay in use, and inspections carried out by unauthorised people.
Where a statutory inspection deadline applies (for example, for many types of lifting equipment), it's a hard floor. On top of that, you set the frequency based on failure risk and criticality: intensively used or safety-critical assets need shorter intervals than rarely used equipment. Factor in the maintenance history and failure frequency as well.
Daily user checks are done by the operator; periodic inspections only by a demonstrably authorised or qualified person, and some statutory inspections only by an accredited external inspection body. Record who is authorised per asset category, and keep the person operating the asset separate from the person inspecting it.
Take inventory on the shop floor and from your administrative records — include rentals, replacements, and self-built equipment. Give each asset a unique number with type, location, category, inspection criteria, and deadline. Set up the process upstream: every new or rented acquisition is registered before it goes into use.
Take it out of service the moment it's rejected — block it or label it — so it doesn't keep running until the repair is scheduled. Assign repair or replacement with a deadline, and only release the asset again after re-inspection with evidence (measurement, photo). Record the entire chain as proof that the equipment was never operated unsafely.
Yes. Photos, measurement values, and digital inspection certificates strengthen your file and demonstrate that the conclusion is based on an actual observation; our customers use this to provide evidence to authorised bodies, with checklists tailored to their permit and inspection requirements. Keep photos unique, dated, and traceable.
Don't track deadlines in a standalone spreadsheet. Link every inspection date to the asset and let the system flag it in good time as an inspection approaches. Generate the next due date immediately after every completed inspection, so the schedule maintains itself.
No — a safety or environmental inspection looks generically at the overall condition and workplace, while a statutory inspection is a specific activity against defined criteria. It's strongly recommended to register these separately. You can still do this within the same Easy to Inspect inspection system, but using separate inspection lists: separate checklists per inspection type and domain, a shared action module, and combined trend analysis.
The gain is mainly in the administrative tail: the report is ready immediately, and the follow-up inspection is scheduled automatically. On the inspection itself you save little — proper measuring and testing simply takes time.
Mark Gijtenbeek — Lead Auditor ISO 9001, 14001, 27001, and 45001/VCA, DGSA (ADR/RID/ADN), and SQAS/EFTCO assessor. Over fifteen years of experience implementing, training, and auditing management and inspection systems in transport, chemical logistics, industry, and data centres. LinkedIn
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