Padel Court UK Standards: LTA Guidance, SAPCA Code of Practice, BS EN Glass and UKCA Documents

In most export markets a padel court is bought on a datasheet and a photograph, and the buyer's only defence is a factory warranty. The UK is different: there is a published construction code, a national governing body guidance note that clubs and lenders actually read, and a planning process that asks questions about drainage, glare and noise before a single post is bolted down. If you are tendering a UK project, or you are a distributor supplying one, you are expected to know which of these documents applies to which part of the build.

Two practical consequences follow from this. First, a court that is fully compliant with FIP dimensions is still not automatically compliant with a UK tender, because FIP governs the game and SAPCA governs the construction. Second, because the UK documents are performance-based — lux levels, coating thickness, warranty periods — a supplier can meet them without being British, provided the certificates travel with the goods. That is the reason a Chinese factory with a properly documented quality system can serve UK projects directly, and it is also the reason a UK buyer should not accept a quotation that names no standards at all.

The LTA's construction guidance is written for venues that are planning a project and often applying for funding, which is why it is unusually specific about the parts that go wrong. Every item below appears in the guidance note or in the SAPCA code it points to, and every one of them can be checked against a delivery note, a test report or a warranty document.

Notice what is not in the list: there is no requirement that the court be bought from a UK supplier, no requirement that the steel be British, and no prohibition on importing a complete kit. The requirements are attached to evidence. A UK project manager's real question is therefore not where the court was made, but whether the paperwork that arrives with it answers these nine lines without a follow-up email.

A padel court is glazed with tempered safety glass because players hit it, fall into it and lean on it. A standard 20 × 10 m court uses roughly 190–210 m² of glass, typically in panels about 2.0 × 3.0 m, and 12 mm is the thickness that UK specifications call for because it holds rigidity across a three-metre span and resists the point loads of a ball striking the mid-panel. At 2.5 kg per square metre per millimetre of thickness, 12 mm glass weighs about 30 kg/m², which is worth knowing before you plan handling equipment or a rooftop installation.

Three checking habits catch most glass problems. Look for marking on the panel rather than in the folder: a certificate that cannot be matched to a panel in the crate is a compliance risk in an incident investigation. Check the batch number on the certificate against the containers you received, because glass is made in campaigns and a supplier holding one certificate may be shipping from several. And confirm that the panel edges are polished and chamfered before installation, since an unpolished edge is both a handling injury risk and the starting point for edge cracks that end in a replacement order. If a supplier cannot produce a certificate that names the standard, the thickness and the batch, treat the glazing as unspecified.

An outdoor padel court in the UK is a wet, seasonally cold environment with road salt, coastal aerosol and long damp periods in the attack path. The frame survives it on hot-dip galvanising: the components are immersed in molten zinc so that a zinc-iron alloy layer bonds metallurgically to the steel, then finished with a polyester powder coat for colour and abrasion resistance. Our own specification is a zinc layer of 70 µm or more with a total coating build-up of 150–300 µm, verified by a thickness report rather than by appearance. That is what makes a five-year corrosion warranty affordable to give: a paint-only system at 30–60 µm is the configuration that generates the claims.

Fixings matter more on a padel court than on most steel structures because they are not just structural — they are also the connection between steel and glass, and the pivot for the access door. A court with the right profile sizes and the wrong fasteners will pass visual inspection on day one and show rust blooms at every bracket within eighteen months, usually just above the line where the ball hits. The cheap fix is specifying stainless in the order and counting the fixings on the packing list when the container opens: it is the only way to confirm the greased paper packet in the crate matches the specification you paid for.

Under the SAPCA code referenced by the LTA guidance, the bound base course is produced, transported and laid to the association's tennis-court code of practice, with the asphalt binder course laid to a compacted depth of 40 mm and the surface course to a compacted depth of 25 mm. That 65 mm of asphalt sits on the sub-base, and it is what gives a padel court its flatness and its drainage fall. The playing surface above it should then comply with UNE 147201:2024, the standard for sports surfaces for the practice of padel, in which monofilament yarn is the preferred type and fibrillated yarn is acceptable.

For a UK buyer the sequence question is the one that saves money: the asphalt build-up, the drainage and the enclosure base must all be designed together, because the asphalt level decides the finished court level and the finished court level decides the glass and door positions. Importing the enclosure first and designing the base afterwards is the classic route to a court that needs a secondary layer. Our own guide to sand infill and sand grades covers the turf specification in detail, and the flooring guide covers the surface options and their running costs.

The LTA guidance note sets minimum lighting performance in terms of average horizontal illuminance at ground level, with a uniformity ratio. Lighting designers should also disclose the tilt angles of the fittings, precisely so that glare towards neighbouring property can be assessed at planning stage — a requirement that has ended more than one padel project's floodlighting scheme.

Two further design rules come with the lighting. Fittings must be installed so that there is a minimum 6.0 m clear space above the playing area — which is a ceiling-height constraint on indoor conversions and a rigging constraint outdoors. And the floodlighting itself should be designed and installed to the SAPCA code of practice for padel courts, which is why a lighting calculation with a lux grid, a uniformity figure and a maintenance factor is worth more than a product datasheet claiming “match quality”. For reference, our standard outdoor court lighting package is eight LED fixtures per court at 200 W each, giving 1.6 kW of connected load per court, a figure that feeds directly into the running-cost model in our lighting running cost guide.

A single court enclosure is 20.80 m long and 10.80 m wide once the structure's own footprint is included. The published table assumes a 1.5 m gap between adjacent courts and does not include the outer play area, which is the reason a site that looks large enough on a plan can still fail when the run-off, the access path and the floodlight columns are added.

The practical translation for geometry is that a standard doubles tennis court area can hold roughly three padel courts, which is why conversions are the most common UK entry route into the sport before a purpose-built venue. If your site is tight, the decisions that buy space are the number of doors per court, whether courts share a divider fence, and whether floodlights are carried on integrated fence posts or on standalone columns. Our land requirements guide works through the same question with run-off included, and the tennis conversion guide covers the conversion route end to end.

The construction of a padel court requires formal planning consent from the relevant local authority. In practice, three topics dominate the assessment, and each of them has a document you can prepare in advance:

1. Floodlighting and glare. Lighting designs should reveal the tilt angles of the fittings so that the potential for glare to affect neighbouring property can be assessed. A lux grid and a polar diagram are the evidence that keeps this from becoming an objection.
2. Noise. The characteristic sound of padel is the ball off glass and the impact of a hard hit, both of which carry further than a tennis rally. Where courts sit close to housing, an acoustic assessment, and sometimes barrier fencing or acoustic panel specifications, can decide whether the scheme is approved. Our noise and soundproofing guide covers the measures that make a measurable difference.
3. Hours of use and access. Conditions on opening hours, lighting curfews and parking provision are common; designing the lighting controls to be dimmable and the entry system to log access helps satisfy them.

Two of these are easier to satisfy if they are designed in rather than added later. Floodlight columns can be positioned outside the enclosure from the outset, and courts can be laid out so that the loudest side of the block faces away from housing. The planning permission guide walks through the application itself, and out-of-court play and safety areas covers the run-off that planning officers usually ask about.

Since the UK left the European Union, Great Britain uses the UKCA marking for products within the scope of the relevant product regulations, while CE marking continues to be recognised in some areas and is used in Northern Ireland. Which regime applies depends on the product regulation that covers the item — and a padel court contains several distinct product families, including structural steelwork, tempered glass, electrical luminaires and controls, and synthetic turf. That is why the useful question for a buyer is not “is the court UKCA marked?” but “which documents prove each component is fit for the UK?”

Because the marking requirement follows the product regulation, and because responsibility for placing goods on the UK market sits with the importer, the practical advice is: ask the manufacturer for the component-level evidence list in writing, then confirm the marking position with your importer or a compliance adviser for the specific items you are buying. What a factory can do — and what we do — is supply the evidence: certificates, reports, drawings and warranty wording issued in the buyer's name for the specific order, so that the importer is not left assembling a compliance file from marketing PDFs. Our certification and compliance document guide covers the wider European framework, including CE marking and declarations of performance, and the technical drawings guide covers the drawing pack that planning and building control ask for.

The figures below are the indicative costs published in the LTA's construction guidance, derived from delivered project costs and including some site-specific costs, but excluding VAT and fees. They are a guide rather than a quotation, because location and site conditions drive the final number — but the structure of the table is the important part: courts and lights are one procurement, and the ring beam, court base, ducting and drainage are another.

Two observations for anyone budgeting a UK scheme. First, the ground works are not a rounding error: at one court they are roughly half the project, and they are the part most sensitive to what is already on site, which is why a conversion of an existing hard court is usually the cheapest way into the sport. Second, the cost of the court package is where factory-direct sourcing shows up. Because the court, glass, turf and lighting travel as containerised kits with a documented certificate pack, the equipment line can be procured internationally and installed by a local contractor working to the SAPCA specification — a route that is entirely compatible with the LTA guidance, provided the paperwork and the specification match. Our padel court cost guide breaks the same project into its component lines, and the investment guide models the return on the finished facility.

None of these checks requires a laboratory. They require that the documents exist, name the right standard, and belong to your order. A supplier who can produce them quickly is almost always a supplier whose factory is genuinely running to a system — and on a UK project, that is the difference between a court that is signed off and a court that sits in dispute while the club's opening date slips.