After an incident on a climbing frame, the questions are about paperwork before they are about welds: when was this equipment last inspected, by whom, what did they find, and what was done about it. An operator with a structured register and inspection log answers in minutes. One running on a ring binder and the caretaker’s memory cannot - and that gap matters to insurers, to claims handlers, and most of all to the next child up the ladder. This guide covers the record-keeping side of playground safety: a register of structures, an inspection rhythm, and a defect-to-repair trail that holds together.
What you will learn
- Start with a register of every structure
- The three-level inspection rhythm
- What to record per structure
- A QR label on the frame itself
- Repairs, closures and retirement
- Tools that make this easier
- FAQ
Start with a register of every structure
An inspection log without an asset register records findings against “the big slide” and “the swings near the fence” - names that stop meaning anything the moment the site changes or the inspector does. The register fixes the vocabulary: every structure gets its own entry and ID - each slide, swing set, springer, climbing frame, roundabout, gate, bench and bin, and the impact-absorbing surfacing zones as assets in their own right, because surfacing wears out and gets inspected just like the steel above it.
This applies whether the playground belongs to a school, a daycare, a holiday park or a parks and recreation department running thirty sites. The structure count is usually smaller than people expect; the value and the liability are usually larger.
The three-level inspection rhythm
Playground inspection practice, as described in standards such as EN 1176 (Europe) and ASTM F1487 (US), is tiered rather than one-size-fits-all:
- Routine visual checks, done frequently by on-site staff: broken glass, vandalism, missing caps, obvious damage, litter in the safety surfacing.
- Operational inspections, at regular intervals through the year: wear on moving parts, stability, surfacing condition, chains and shackles, checked against a structured checklist.
- The annual main inspection, by a competent, independent inspector: structural integrity, foundations, corrosion, long-term wear and standard compliance.
How often each level runs depends on the site - usage, vandalism risk, weather exposure - and the register is where that schedule lives, per structure, rather than in someone’s head. The non-negotiable part is recording every inspection at every level with a date, a name and findings, even when the finding is “no defects”.
What to record per structure
| Field | Why it matters |
|---|---|
| Asset ID | Inspections and defects attach to a specific structure, not “the big slide” |
| Structure type and manufacturer | Spare parts, maintenance guidance and recalls all start with who made it |
| Installation date | Age drives wear expectations, inspection emphasis and replacement planning |
| Surfacing beneath | Impact-absorbing surfacing is a safety asset that wears and is inspected too |
| Inspection schedule | Which checks this structure gets, at which level, how often |
| Last inspection and findings | The live answer to “when was it last checked, and what was found” |
| Repair history | Proof that defects found became defects fixed, with dates and invoices |
| Status | In service, monitored, closed pending repair, removed |
Attach the installation documentation, the manufacturer’s maintenance guidance and the handover certificates to the structure’s record - the documents that are impossible to find a decade later are exactly the ones an investigation requests.
A QR label on the frame itself
The traditional failure point sits between the playground and the office: a defect is noticed at the swings, and the paper it should be written on is in a binder somewhere else. A QR label on each structure closes that distance - scanned with an ordinary phone camera, it opens the structure’s record on the spot, where the inspector can log the check, report a defect with photos, or see what last month’s inspection found.
Placement matters outdoors: fix the label to a main post at adult eye height, on the side sheltered from direct sun and rain where possible, and use laminated or otherwise weatherproof label stock. Labels fade; regenerate and reprint them as part of the annual inspection rather than waiting for one to become unreadable.
Tip: add one extra label at the site entrance gate or noticeboard linked to the site itself, for issues that belong to no single structure - flooding, a broken gate latch, glass in the surfacing.
Repairs, closures and retirement
A finding is only worth something if the trail from defect to closure is unbroken. A defensible pipeline: the defect is reported against the structure with photos; if it poses a risk, the structure’s status changes to out of service and it is physically barriered or immobilised the same day; the repair is recorded with what was done, by whom, and the invoice attached; and the return to service is logged as deliberately as the closure was. When equipment reaches end of life, document the removal - date, reason, disposal - and keep the structure’s record rather than deleting it. The history of a removed roundabout has answered more than one question raised years after the fact.
Tools that make this easier
Binders and spreadsheets hold inspection records adequately and retrieve them terribly: the log lives in the office, the defects happen at the swings, and matching ten years of mixed paper to the right structure under time pressure is nobody’s idea of an incident response. The general failure pattern is the one described in why spreadsheets fail for asset tracking - records kept away from where the assets live go stale.
AMPthilly puts the file on the frame: each structure is an asset with photos, documents and status; the QR label opens it in any phone browser, with no app to install on an inspector’s phone; defects become tickets with photos and categories (damage, needs maintenance, needs replacement) that move through statuses to resolved, with repair invoices attached; and every inspection note, status change and repair lands in a permanent, filterable audit history per structure. The free plan covers 3 users and 25 assets - a single playground’s structures usually fit within it.
FAQ
How often should playground equipment be inspected? In three tiers - frequent visual checks, regular operational inspections, and an annual main inspection - with frequency tuned to usage and vandalism risk, per standards like EN 1176 and ASTM F1487.
What records should be kept for playground equipment? Per structure: identity, manufacturer, installation date, surfacing, every inspection with date and findings, and every repair through to closure.
Who should carry out playground inspections? Trained on-site staff for routine checks; a competent, independent inspector for the annual main inspection. Record the name every time.
Do we need an asset register for a playground? Yes - it is what turns inspection notes into a per-structure history that stands up to scrutiny.
How do QR codes help with playground inspections? A weatherproof label on each structure opens its record at the point of inspection - log checks, report defects with photos, and see history without going back to the office.
The takeaway
Playground safety has a physical half and a paperwork half, and the paperwork half is the one that fails quietly. Register every structure, give each a schedule across the three inspection tiers, record findings against the specific asset at the point of inspection, and keep the defect-to-repair trail unbroken through to retirement. The day someone asks “when was this last inspected” - and eventually someone will - the answer should be a lookup, not a search of the site office.