Curved steel roof
A robust, recognizable arch. A curved padel roof suits private estates, clubs and other outdoor venues, including courts positioned close to a house or site boundary.
An integrated padel court and canopy solution for clubs, resorts and private estates, planned around local rain, sun, drainage, wind and snow conditions.

The XTZ Covered Padel Court is an all-weather professional court system for clubs, sports complexes and commercial investments. The court enclosure, roof structure, safety glass, turf, lighting and drainage interfaces are coordinated as one project package to create more predictable playing conditions and support year-round operation.
Each XTZ court is configured around its location, operating model and site conditions. Structure, foundations and final components are reviewed before production.

Explore the supplied product images, structural details and completed court configurations.

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A robust, recognizable arch. A curved padel roof suits private estates, clubs and other outdoor venues, including courts positioned close to a house or site boundary.
Generous internal volume with a smooth architectural profile.
A restrained form for contemporary buildings and semi-indoor projects.
A lightweight visual solution with broad coverage and diffused daylight.
A durable panel option where controlled natural light is preferred.
An insulated panel solution for projects requiring stronger thermal protection.
Project-specific geometry developed around the venue, climate and brand direction.

20 × 10 m standard court with a 200 m² playing area.
Hot-dip galvanized steel with outdoor-grade powder coating.
12 mm tempered safety glass with welded steel mesh protection.
Professional monofilament texturized artificial turf with selected color options.
Indoor, semi-indoor or outdoor configuration after site and climate review.
Local wind and snow loads, exposure, foundations and applicable requirements.
Black, white, grey or custom RAL colors; OEM and ODM support available.
Steel structure warranty available up to 10 years, subject to the agreed specification and terms.
Engineering note: Final dimensions, profiles, loads, glass, foundation, lighting performance and compliance documentation are confirmed for the project location and agreed supply scope.

Both are settled before the order is placed. This is what a standard 20 × 10 m court is planned on, and what each component is expected to last.
| Stage | Typical duration | What it covers |
|---|---|---|
| Manufacturing — steel, glass, turf, roof | 20–30 days | Runs from approved drawings. The roof is fabricated in the same window, so frame, enclosure and canopy ship as one load. |
| Concrete curing on site | 14–28 days | Cast locally. Runs in parallel with manufacturing where the slab is poured during production. |
| Shipping, port to port | Europe 25–45 · North America 15–40 · Middle East 18–28 days | The container loading plan is issued before shipment, so the load unpacks in installation order. |
| On-site installation | 3–7 days | Pre-fabricated and pre-drilled; glass, turf, line marking and lighting follow in sequence. |
| Permits and local approvals | 2–8 weeks | The least predictable phase — start it while production is running. |
The hot-dip galvanized steel structure carries a warranty of up to 10 years under the agreed specification. The roof skin is a replaceable item: a PVC tensile membrane runs 15–20 years, polycarbonate 10–15, and steel tile or composite panel 8–12. Replacing a covering is maintenance; replacing a frame is a rebuild.
The playing surface is consumed faster. Outdoor artificial turf is planned on an 8–12 year life, with sand top-ups every one to two years and annual brushing and cleaning at roughly $200–500 per court per year. The routine behind those numbers is in our padel court surface and turf guide.
There is no single list price, and three quotations for the same nominal specification can land far apart — in a recent comparison of live boardroom quotes the same court spec came back at €24,000, €31,000 and €39,000. The difference was never the court; it was what each quote included. Six lines move the budget.
| Cost line | What sets it |
|---|---|
| Ground works and foundations | €5,000–€20,000+ — the most variable line, and the one most often left out of a “complete” quote. |
| Steel structure and roof system | Roof profile, span, clear height, and the design wind and snow loads at your site. |
| Glass enclosure and mesh | Court size, panel count, doors and side screening. |
| Playing surface | Typically 10–15% of the court budget. |
| LED lighting and electrical | Fixture count and layout, plus the local electrical work. |
| Freight, packing and installation | Container loading, shipping, and whether our team attends site. |
Indicative 2026 planning ranges: a factory-direct kit covering steel, glass, turf and lighting runs roughly $11,000–$16,000 FOB, and a landed, installed and foundationed total reaches $25,000–$40,000+.
| Roof configuration | Indicative cost (USD) | Typical life |
|---|---|---|
| Court-integrated single canopy | Low five figures | 10–20 years |
| Free-standing single-court canopy | Mid five figures | 20–30 years |
| Clear-span modular (2 courts) | High five to low six figures | 30+ years |
| Retractable (1–2 courts) | 30–60% above fixed | 20+ years |
| Air dome (4+ courts) | Low to mid six figures | 15–25 years |
Planning figures for budgeting, not quotations: a standard 20 × 10 m court on prepared ground with the scope stated, before local taxes, import duties and site-specific civil work. Every project is quoted from the site information — the roof types, specifications and cost guide sets out how each roof form is priced and what it costs to keep in service, and the padel court buyer’s guide works through the specification checklist in the order the decisions have to be made.
Send the site location, court quantity and preferred opening date. We will help define the right configuration.

XTZ Padel manufactures the covered court and the roof structure that goes with it in our own facility in Hengshui, China, and supplies both directly to clubs, resorts, hotels, schools, contractors and distributors. Because the court and the canopy are engineered as one system rather than bought separately, the roof geometry, the enclosure, the foundations and the rainwater strategy are resolved together before production starts.
A covered court is usually bought for a commercial reason: the venue needs courts it can book through the year, in a climate that would otherwise close them for part of it. We supply single courts as well as multi-court programmes, under our own brand or as an OEM specification.
If you are still at the planning stage, the padel court buyer’s guide sets out the specification checklist, and starting a padel club covers the commercial planning behind a first venue. If you already have a site drawing, send it and we will return a configuration, a layout drawing and a quotation for the agreed scope.
All five configurations use the same regulation playing area and the same rebound rules. The difference is the enclosure, and the enclosure is what decides how the venue operates — how many hours it can be booked, what it looks like from the clubhouse, and what it costs to build and run.
| Court type | Enclosure | Best suited to |
|---|---|---|
| Panoramic padel court | Reduced or post-free glass enclosure | Show courts, filming, event venues and premium clubs |
| Classic padel court | Standard framed glass enclosure | Community courts, schools, training centres and multi-court sites |
| Covered padel court (this page) | Court plus roof structure | All-weather clubs, hotels and high-rainfall or high-UV regions |
| Custom padel court | Project-specific structure | Non-standard dimensions, roof forms and brand requirements |
| Elevated platform padel court | Raised steel platform and enclosure | Rooftops, podiums, uneven ground and sites short of land |
A roof keeps the playing area usable through rain, sun and light snow, which is enough for year-round booking in a mild or seasonal climate. An indoor building adds a sealed, climate-controlled envelope — heating, ventilation, insulation and building regulation — at a higher structure cost. Where the court must work in freezing or very humid conditions, scope it as an indoor court instead.
The roof carries the risk in a covered court. Two decisions are settled before production, not on site.
Sized to the design wind speed and snow load of the specific site, not to an average: a coastal, hilltop or wind-tunnel site carries loads that a sheltered inland court does not. Steel sections, bracing and foundation anchoring follow those inputs, with structures verified to wind speeds of up to 120 km/h where the site data supports it.
A roof concentrates rainfall into a much smaller discharge area than an open court, so gutters, downpipes and the connection to site drainage are part of the court design: water leaves the roof, crosses the perimeter without crossing the playing surface, and reaches the drainage without eroding the build-up. Where the finished ground level sits close to the court, this usually shapes the layout.
The roof is what changes the programme, because it has to land on foundations that are already right. Steps 1–2 are prepared locally to our drawings; steps 3–7 are supplied by XTZ.
| # | Step | What happens | By |
|---|---|---|---|
| 01 | Site works and setting out | Area cleared, compacted and set out; the drainage outfall is positioned so water never crosses the playing surface. | Local |
| 02 | Foundations, beam and anchors | Foundation points and the perimeter beam are cast to the structural drawings, with the anchors set for the roof columns. The roof loads land here — this is where a covered court differs most from an open one. | Local |
| 03 | Steel structure and roof framing | Pre-fabricated, hot-dip galvanized members lifted into position and braced, then the roof profile, purlins and sheeting fixed. | XTZ |
| 04 | Gutters and rainwater routing | Gutters, downpipes and the run to the site drainage go in with the roof, so discharge never crosses the court. | XTZ |
| 05 | Glass enclosure and mesh | 12 mm tempered safety glass with welded steel mesh protection, doors and players’ entry set out to the agreed layout. | XTZ |
| 06 | Turf, infill and line marking | Turf laid, jointed and glued, filled and brushed, then the court lines marked out to regulation dimensions. | XTZ |
| 07 | LED lighting and handover | 8 × 200 W IP65 LED fittings aimed and levelled, and the installation checked against the agreed specification. | XTZ |
Two things decide whether this runs in days or in weeks: whether the ground works are complete and cured before the structure arrives, and whether components can be unpacked in installation order. Our padel court installation and turnkey guide sets out what the delivery and installation scope normally covers, phase by phase.
The roof improves protection from rain, direct sunlight, hail and light snow. Performance against wind-driven rain depends on roof coverage, height, orientation and optional side protection.
Yes, but the final profiles, connections and foundations must be engineered from the local design wind speed, snow load, exposure and applicable requirements.
It may be possible after reviewing the existing court geometry, foundations, structural condition, drainage and available clearances.
Roof type, height, structure color, turf, lighting, branding, doors, drainage, accessories and selected operational systems can be coordinated.
Send the project location, court quantity, site dimensions, photos, ground condition, intended use, climate data, preferred roof type and target opening date.
The covered configuration is planned around a clear height of roughly 6 m above the playing area, which is what allows lobs and overheads to be played without the roof interfering. The finished height depends on the roof profile chosen, the span between supports and any planning or building constraints on the site, so the exact figure is confirmed with the structural drawings rather than assumed from a catalogue.
A roof on its own protects the court from rain, direct sun, hail and light snow; it is not a climate control system. Heating, cooling or mechanical ventilation are separate project decisions and are specified together with the roof structure so that the equipment, insulation and power supply are planned as one. If a controlled internal climate is the requirement, the project is better scoped as an indoor court from the beginning.
The lighting layout is designed together with the roof, so fixtures light the playing area evenly without glare or hard shadows from the structure. The standard covered configuration uses 8 x 200 W LED fittings with IP65 protection. The internal colour and finish of the roof frame are also chosen to keep the ball readable against the background, which matters most for high lobs played after dark.
As indicative 2026 planning ranges, a factory-direct kit covering steel, glass, turf and lighting runs roughly $11,000-$16,000 FOB, and a landed, installed and foundationed total reaches $25,000-$40,000+. Foundations are the most variable line at EUR 5,000-EUR 20,000+. Wind zone, roof profile, span and scope move the figure by thousands per court, so every project is quoted from the site information rather than from a price list.
Manufacturing runs 20-30 days from approved drawings, and concrete needs 14-28 days to cure before the structure goes up, which normally runs in parallel. Shipping is 25-45 days to Europe, 15-40 to North America and 18-28 to the Middle East, port to port, and the court itself installs in 3-7 days once the ground works are ready. Permits are the least predictable phase at 2-8 weeks, so they should be started while production is running.
The structure and the covering have separate lives. The hot-dip galvanized steel structure carries a warranty of up to 10 years under the agreed specification, and the roof skin is replaceable: a PVC tensile membrane runs 15-20 years, polycarbonate 10-15, and steel tile or composite panel 8-12. The artificial turf beneath is consumed faster, at 8-12 years with routine maintenance.
In most cases, yes. A curved roof can be engineered for a private estate court, but the design depends on factors specific to the property: the available plot and clearances, the structural span, local wind and snow loads, drainage routing, and any planning or building requirements that apply. Because the roof is engineered for the site rather than supplied as a fixed kit, the curved geometry, roof height and coverage are confirmed during the design stage.
Share your site, location, quantity and preferred model. We will recommend a practical configuration.