Diving platforms, diving-board approach decks, pool-side stairs and elevated pool-deck surfaces are the highest-fall-consequence zones in any pool installation. A slip on the main pool surround typically produces a fall to the same surface. A slip on a diving platform or upper-deck stair can produce a fall of two to ten metres. The PTV target is correspondingly higher and the testing methodology more rigorous.
Pool elevated surfaces requiring distinct testing include:
Working PTV targets for high-consequence pool surfaces:
| Zone | Target wet PTV (Slider 55) |
|---|---|
| Pool main entry stairs (treads) | 45+ |
| Pool main entry stairs (risers, where load-bearing) | 45+ |
| Pool ramped beach entry | 45+ |
| Diving board surface | 45+ |
| Diving platform surface | 45+ |
| Diving platform approach steps | 45+ |
| Pool ladder approach (deck side) | 45+ |
The 45+ target reflects that fall consequence is severe and the user behaviour at these surfaces is often less cautious than at the main deck.
Diving boards are typically engineered with a non-slip board top surface (textured fibreglass or similar). This surface is engineered to a slip-resistance specification at manufacture but degrades in service through:
Pendulum testing of the board top surface, in service, captures the actual current state — not the as-manufactured state from the manufacturer's datasheet.
Competition pool installations often include spectator gallery floors above and around the pool. These surfaces are typically tested separately because:
For competition pool installations we test pool deck and spectator gallery as separate programmes with appropriate sliders.
Ramped beach entries (sloped pool-floor extensions allowing wheel-chair-accessible water access, common in hydrotherapy pools and modern leisure-centre learner pools) are sloped wet surfaces under barefoot use — the highest-difficulty pendulum environment in the pool. The slope itself increases slip risk above an equivalent horizontal surface, and the PTV target is correspondingly higher (45+ wet using Slider 55).
Testing of ramped surfaces requires the pendulum to be levelled despite the slope — the instrument's tripod accommodates this through differential leg adjustment, but the methodology is more demanding than horizontal-surface testing.
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