If you are planning to buy a single padel court, first confirm what “single” means in your project. It may refer to one complete court for doubles play, which normally uses a 10 m × 20 m playing area, or to a narrower singles-format court, often designed around a 6 m × 20 m playing area. I recommend using the official competition dimensions as your starting point and treating any narrow singles layout as a project-specific option that requires approval from the operator, designer, and local authority.
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For a complete purchase plan, allow space beyond the playing lines for the steel structure, glass panels, access gates, lighting, drainage, player circulation, and maintenance. A practical early-stage budget for one outdoor court may range from approximately US$25,000 to US$60,000 for the court package, while foundations, installation, shipping, local works, lighting, and taxes can raise the total project budget to approximately US$35,000 to US$90,000 or more. These are planning ranges rather than a quotation because site conditions, materials, freight, customization, and installation location have a major effect on cost.
I prepared this guide for sports club owners, hotel and resort developers, school operators, real-estate investors, municipal buyers, contractors, and distributors evaluating a single padel court. It is also useful for buyers comparing a complete court package with a locally assembled solution. The information is intended for early procurement and feasibility planning, not as a substitute for structural engineering, local building approval, or an official competition compliance review.
The term “single padel court” creates an important purchasing question. Some buyers want one court in a multi-court facility, while others want a singles court with a narrower playing width. These are different products with different space, player-flow, and potential approval requirements, so I recommend stating the intended format clearly in every request for quotation.
Under the International Padel Federation’s technical regulations, the standard padel court has an internal length of 20 m and an internal width of 10 m. The playing area is enclosed by walls, glass, and metallic mesh, with the enclosure typically reaching 4 m in height, although the wall and mesh arrangement varies by court section and specification. The net is positioned across the width of the court, and FIP regulations specify a net height of approximately 0.88 m at the center and 0.92 m at the ends.
When I refer to a “single standard court” in a quotation, I mean one complete 10 m × 20 m court rather than a two-court or multi-court project. The internal playing area is approximately 200 m², calculated from 10 m × 20 m, but the total site area must be larger. The final footprint depends on the outer steel frame, gate position, lighting poles, foundations, drainage, access routes, and any required run-off or safety clearances.
The International Padel Federation, or FIP, should be treated as the primary reference for competition-oriented court dimensions and playing specifications. Buyers should compare the supplier’s drawings with the current FIP regulations because details may be revised, and local authorities may impose additional requirements.
A narrow singles-format court is commonly discussed as approximately 6 m × 20 m, creating an internal area of about 120 m². This format can help operators use constrained sites or create a training and recreational product, but it offers less lateral playing space than the standard 10 m × 20 m format. I recommend confirming whether the intended users require recreational singles play, training, a commercial attraction, or formal competition before selecting this option.
A narrow court may also require different design work for glass spans, mesh sections, access, lighting coverage, and player movement. It should not be marketed as equivalent to a standard FIP doubles court unless the applicable authority confirms that interpretation. For an export quotation, Rayjun can prepare the layout around the buyer’s required internal dimensions, outer footprint, access arrangement, and local project constraints.
The playing dimensions are only the first measurement in a site survey. For a 10 m × 20 m court, I recommend reserving a larger planning rectangle so that the engineering team can position the structure, gates, lighting, drainage, and maintenance access without redesigning the layout later. As an early feasibility allowance, a buyer may assess a site area of approximately 12 m × 22 m or more, but the final requirement must come from the selected court design and local regulations.
Indoor installations require additional vertical clearance for lighting, roof structure, ventilation, fire protection, and maintenance equipment. Outdoor sites must be checked for wind exposure, rainwater flow, sunlight, nearby trees, utility lines, vehicle access, and noise-sensitive neighbors. A geotechnical or civil engineer should determine whether a reinforced concrete slab, strip footing, isolated foundations, or another system is appropriate for the ground conditions.
A level, stable base is essential because the court frame and glass panels depend on accurate anchor positions. The concrete specification, reinforcement, thickness, falls, curing time, and anchor details should be designed for the site rather than copied blindly from another project. The finished surface should also prevent standing water around the artificial turf and steel base.
Drainage design is particularly important for outdoor courts in climates with heavy rainfall or freeze-thaw conditions. I recommend confirming the slab falls, perimeter drainage, trench locations, waterproofing interfaces, and connection points before production begins. The supplier should provide foundation and anchor drawings early enough for the civil contractor to coordinate them with the site plan.
The steel frame supports the enclosure, glass, mesh, gates, and lighting attachments where those attachments are included in the design. Common procurement options include galvanized steel, powder-coated steel, or a galvanized-and-coated system, with the choice influenced by the environment, appearance requirements, and maintenance plan. For coastal or high-humidity locations, I recommend requesting the coating system, preparation method, coating thickness, fastener material, and corrosion-protection details in writing.
Rayjun approaches the court as a metal building materials project rather than only a sports accessory purchase. Our supply discussion can therefore cover the structural frame, mesh panels, brackets, gates, connection details, packing, technical drawings, and coordination with glass and turf suppliers. Exact steel grades, coating specifications, and connection designs should be confirmed in the project submittal rather than assumed from a generic product image.
Padel courts generally use safety glass panels in combination with metallic mesh. Buyers should ask about glass thickness, edge treatment, panel dimensions, fixing hardware, replacement availability, and the applicable safety standard for the destination market. Because glass is heavy and fragile, packaging design, container loading, unloading equipment, and insurance terms should be discussed before the purchase order.
The playing surface commonly uses artificial turf over a prepared base, with the pile, backing, seam method, infill, drainage behavior, and color selected for the intended use. A supplier should identify whether turf, adhesive, shock pad, and installation tools are included or excluded. Lighting also requires a separate review of fixture power, optical distribution, mounting height, glare control, controls, and local electrical requirements; a planning figure such as 8 to 12 LED fixtures may be used for preliminary discussion, but the final number requires a lighting design.
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FIP technical regulations provide the most relevant reference for the playing enclosure and court configuration, while electrical, structural, glass-safety, fire, and construction requirements may come from national or local authorities. I recommend treating FIP compliance and local building compliance as separate checks rather than assuming that one automatically proves the other.
The price of a single padel court is usually made up of several separate cost groups. A supplier quotation may include the steel structure, glass, mesh, gates, turf, lighting, fasteners, and installation, or it may cover only the manufactured court kit. Comparing only the headline price can therefore create a misleading result.
| Cost category | Indicative planning range | What to confirm |
|---|---|---|
| Court equipment package | US$25,000–US$60,000 | Steel, glass, mesh, gates, turf, lighting, accessories, and exclusions |
| Foundation and civil works | Site-dependent | Concrete, reinforcement, drainage, excavation, leveling, and curing |
| Freight and insurance | Site-dependent | Port, inland transport, container loading, unloading, and import terms |
| Installation | Site-dependent | Local labor, specialist supervision, equipment, travel, and commissioning |
| Indicative completed project | US$35,000–US$90,000+ | Taxes, permits, utilities, site preparation, and local contractor scope |
These figures are preliminary budgeting allowances, not verified market averages or a Rayjun price list. The final cost can change because of order quantity, glass specification, steel coating, lighting requirements, country of destination, currency, Incoterms, site access, and whether the buyer needs a turnkey installation. I recommend requesting two versions of the quotation: one for the supply-only package and one for the delivered-and-installed scope.
Start by confirming whether the project needs one standard 10 m × 20 m court or a narrow singles-format court. Then identify indoor or outdoor use, expected operating hours, climate, wind exposure, user capacity, access requirements, and the desired lighting arrangement. I also recommend confirming whether the court is for commercial operation, private use, training, school use, or a temporary event.
The site survey should record available length and width, level differences, soil conditions, drainage routes, vehicle access, nearby utilities, and the position of existing buildings. The survey should also identify where glass, steel, turf, and installation equipment can be unloaded and stored. If the site cannot accommodate a suitable foundation or safe maintenance access, changing the court size alone may not solve the problem.
Before fabrication, approve the general arrangement, foundation plan, anchor layout, glass schedule, gate position, mesh configuration, lighting layout, and electrical interfaces. This is the stage where buyers should verify internal dimensions, clear heights, access direction, service routes, and finish colors. Rayjun can use the approved drawings to coordinate the metal frame and related components with the project’s civil and installation teams.
The civil contractor should construct the base according to the approved engineering documents and allow sufficient time for concrete curing. Electrical conduits, grounding provisions, drainage connections, and lighting cable routes should be installed before the court is assembled where practical. The installation team should check anchor positions and slab levels before bringing the main frame to the site.
Installation normally proceeds through frame assembly, mesh and glass installation, gate fitting, turf installation, lighting connection, and final adjustment. The team should inspect bolt tightening, glass seating, panel alignment, gate operation, turf seams, drainage, and electrical safety before handover. I recommend creating an inspection record with photographs, drawings, spare-parts information, and maintenance instructions.
The most common mistake is ordering a court before confirming the site and foundation design. A product that fits the nominal playing area may not fit once the outer frame, gate, drainage, and maintenance route are included. I recommend sending a measured site plan to the supplier before requesting a final quotation.
Another mistake is comparing suppliers only by steel price or glass thickness. A reliable comparison should include coating protection, anchor details, packaging, replacement parts, technical drawings, installation responsibility, warranty terms, and after-sales response. A lower initial price may not represent lower total cost if missing components must be purchased locally at short notice.
Buyers also sometimes assume that a narrow singles court has the same commercial or regulatory acceptance as a standard court. That assumption may be unsuitable for a club seeking tournament use, certification, or broad player expectations. Confirm the intended format with the venue operator and relevant authority before committing to production.
For a B2B buyer, supplier support is as important as the physical court. I recommend asking for a bill of materials, packing list, installation manual, foundation interface drawing, and a clear list of buyer-supplied items. Rayjun can discuss customized metal frame solutions, export packing, technical coordination, and project-specific component scope based on the buyer’s drawings and destination requirements.
A single court project may require approximately 8–16 weeks from design confirmation to shipment or installation planning, although the actual schedule depends on the supplier’s production queue and component availability. Glass production, coating processes, custom colors, lighting configuration, and export documentation can extend the schedule. Installation time is also site-dependent; a prepared site may require only a short assembly period, while foundation work and local coordination can add several weeks.
For accurate planning, I recommend dividing the project into four milestones: technical approval, production, logistics, and site installation. The purchase order should identify the date when all drawings are frozen because design changes after fabrication can create cost and schedule risk. Buyers should also confirm whether the quoted lead time starts after deposit, after drawing approval, or after receipt of all technical information.
If you need one conventional court for club, hotel, resort, school, or commercial use, begin with the standard 10 m × 20 m internal layout and verify the larger site footprint with a technical drawing. If your project specifically requires a narrow singles-format court, define the approximate 6 m × 20 m layout as a non-standard or project-specific requirement and obtain written confirmation of suitability. In both cases, treat foundations, drainage, lighting, freight, installation, and local approvals as separate planning items.
My recommended next step is to prepare a site plan showing available dimensions, ground conditions, access, utilities, drainage, intended use, destination country, and preferred delivery scope. Send these details to Rayjun so we can review the metal structure, enclosure configuration, component scope, and quotation basis. A well-defined technical brief is the fastest way to obtain a reliable single padel court price and avoid changes after production begins.
Source note: Court geometry and net-related figures in this guide are based on the International Padel Federation (FIP) technical regulations. Local building, electrical, structural, fire, accessibility, and planning requirements should be verified with the competent authority and project engineer before construction.
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