Padel Court Anatomy: Components, Materials, and Construction

A padel court is an enclosed 20 m × 10 m playing area surrounded by tempered safety glass and steel wire mesh, purpose-built for the doubles racket sport of padel. SHENZHEN LDK INDUSTRIAL CO., LTD. (LDK) is an integrated sports equipment manufacturer based in Shenzhen, China, that engages in R&D, production, and sales of padel courts, padel court roofs, padel artificial grass, and other sports facility products.

This guide is written for importers, distributors, sports facility developers, and procurement professionals at the awareness and research stage. It explains what a padel court is, which standards govern its construction, what components and materials make up an LDK padel court system, how construction is sequenced, and which manufacturer capabilities matter when comparing suppliers. The term is also frequently searched as "paddle court" or "padel tennis court."

What Is a Padel Court?

A padel court is a fully enclosed court measuring 20 m long by 10 m wide, with a 0.5% dimensional tolerance, as specified by the International Padel Federation (FIP). Unlike a tennis court, the enclosure is part of the game: the ball may rebound off the wire mesh and tempered glass walls, which changes both rally dynamics and the engineering requirements of the structure. FIP rules also establish a minimum indoor ceiling height of 6 m, with 9–12 m recommended for professional play.

Padel infrastructure is expanding quickly. According to the Global Padel Report 2026 preview by Playtomic and Strategy&, the world reached approximately 58,334 padel courts across nearly 20,000 clubs in early 2025, a 16% year-over-year increase. The United States Padel Association (USPA) projects that the U.S. market will grow from roughly 650 courts in early 2025 to 30,000 courts and more than 10 million players by 2030. Dataintelo values the global padel court operator market at approximately USD 3.8 billion in 2025, projected to reach USD 9.6 billion by 2034.

From a procurement perspective, a modern padel court is a complete engineered system rather than a single product. It includes a galvanized steel structure, 12 mm tempered safety glass, steel wire mesh, artificial grass, a net system, and LED lighting — plus an optional panoramic roof. Each component affects playing quality, safety, user experience, and long-term maintenance cost.

Padel Court Construction Standards and Certifications

Compliance is the first filter in padel court procurement, and LDK specifies a defined certification package for outdoor sports facility projects. For court geometry and play requirements, the reference standard is the FIP rules of padel, including the official 20 m × 10 m court dimensions. For machinery and structural safety, the system is CE certified to EN ISO 12100. For the glass enclosure, the safety glass is AS 2208 certified, verified by SGS, a requirement that matters for projects in Australia, New Zealand, and the United States.

Industry construction guidance for 2026 identifies 12 mm tempered safety glass as the new standard for premium panoramic padel courts, replacing the previous 10 mm standard and improving both safety and ball rebound consistency. On the manufacturer side, LDK operates with ISO 9001 (quality management), ISO 45001 (occupational health and safety), ISO 14001 (environmental management), and CE certification, and is a verified Alibaba.com Gold Supplier.

Buyers should confirm these documents before ordering, because certification affects import clearance, insurance conditions, tournament eligibility, and the liability position of brand owners and operators.

Core Components of an LDK Padel Court

LDK manufactures three product lines that cover the complete padel court package: the LDK-PD01 Padel Court for standard projects, the LDK-PADEL-RF01 Panoramic Padel Court with Roof for sheltered and weather-protected venues, and the LDK1231625.4-ST3 Padel Grass as the playing surface. The following sections break down each functional part of the system.

1. Structural Steel Frame

The frame carries the glass, mesh, roof, and dynamic loads of the game. In the LDK-PD01, the perimeter structure uses 4 m-high 100×100×5 mm corner posts, 100×50×3 mm intermediate and gate posts, and 100×50×3 mm horizontal tubing in lengths of 4 m and 6 m. In the roofed model LDK-PADEL-RF01, the structure is upgraded to 150×200×4 mm hot-galvanized steel corner columns (8 pieces) and 100×50×3 mm middle columns (12 pieces), with Φ102/Φ89/Φ40 ×3 mm hot-galvanized steel beams and 100×50×3 mm cross tubes. Connections are made with high-strength bolts, and the surface treatment is hot-dip galvanizing plus electrostatic epoxy powder coating at 70–80 μm thickness. The RF01 structure is rated for wind resistance of Level 10~13 typhoon, which is the reason a roofed court can serve outdoor, all-weather markets.

2. Glass and Wire Mesh Enclosure

The enclosure is the most visible part of a padel court. Both LDK models use 12 mm-thick, 1990×2980 mm ultra-clear tempered safety glass panels; the LDK-PD01 glass is certified to an extremely low spontaneous breakage rate of 1 in 10,000. Complementing the glass are 1×2 m steel wire mesh panels with 4.0 mm wire diameter and 50×50 mm mesh openings (46 panels in the roofed model). The combination of glass and mesh gives players a clear view, keeps the ball inside the court, and withstands high-traffic outdoor use.

3. Roof and Canopy System

The panoramic padel court with roof, often referred to as a padel canopy or padel court roof project, addresses weather protection and year-round play availability. The LDK-PADEL-RF01 measures 20 m × 10 m with an eaves height of 7 m and a ridge height of 9.2 m. The roof membrane is 750 g/m² double PVC-coated PVDF fabric, with a service life of 10–15 years. This configuration removes the constraint of a minimum 6 m ceiling height found in indoor venues and allows operators to run courts in rain, strong sun, and high-wind regions.

4. Artificial Grass Playing Surface

The playing surface is padel artificial grass. LDK's dedicated Padel Grass, model LDK1231625.4-ST3, is made of polyethylene (PE) yarn with double PP and PU latex backing. It has a 12 mm pile height, 9000 Dtex yarn density, 3/16 inch gauge, and a density of 58,800 stitches per m² (±10% tolerance). Available colors are blue, red, green, pink, and black, which allows clubs to match branding and court design. The roofed RF01 model comes with a preconfigured blue grass of 12 mm pile height, 63,000 tufts per m², and 9000 Dtex, with PP+NET backing. The product is intended for sports courts, padel and tennis facilities, recreational venues, and commercial sports projects.

5. Net System and LED Lighting

The net and lighting complete the playing package. The LDK-PD01 uses 940 mm-high net posts (120×60×3 mm) and a 10 m-long, 92 cm-high black polypropylene net with a 4 mm cord diameter and 45×45 mm mesh openings. The RF01 uses 980 mm-high posts and a 10 m × 970 mm knotted PP net with 4 mm rope and 50×50 mm mesh. Lighting on both systems uses 100×50×3 mm light posts fitted with 200 W LED fixtures rated IP65 for outdoor weather protection. Hardware such as bolts, nuts, and washers is stainless steel electro-polished in the roofed model to resist corrosion.

Step-by-Step Padel Court Construction

LDK's court systems are engineered as modular, bolted structures, which makes on-site assembly predictable. A typical construction sequence follows the system architecture:

1. Site and dimension planning. Confirm the 20 m × 10 m footprint within the 0.5% FIP tolerance, and verify indoor ceiling height (minimum 6 m; 9–12 m for professional play). Roofed models require planning for a 7 m eaves height and 9.2 m ridge height.
2. Steel structure erection. Assemble the hot-galvanized corner and middle columns with high-strength bolts, then install beams and cross tubes. The PD01 uses 4 m-high 100×100×5 mm corner posts; the RF01 uses 150×200×4 mm corner columns.
3. Enclosure installation. Set the 12 mm tempered safety glass panels (1990×2980 mm) and the 1×2 m steel wire mesh panels with 50×50 mm openings.
4. Roof installation (roofed models only). Tension and fix the 750 g/m² double PVC-coated PVDF membrane over the roof structure.
5. Surface installation. Lay the 12 mm PE artificial grass with its PP and PU latex backing over the prepared base.
6. Net and lighting installation. Mount the net posts, attach the PP net, and connect the 200 W LED fixtures rated IP65.
7. Compliance check. Verify FIP dimensions and collect CE (EN ISO 12100) and AS 2208 (SGS) safety glass documentation before handover.

Lead times depend on configuration, quantity, and destination. Buyers should confirm delivery schedules with the manufacturer before contracting.

Padel Court Use Cases

LDK padel courts are designed for outdoor, high-traffic, and all-weather environments, operating on a 24/7 availability model. The primary use case is sports facility construction and sports venues, providing a venue for training and competition. This configuration is common in Australia, New Zealand, and the United States, where clubs and multi-sport complexes need courts that survive continuous use.

The complete installation requires supporting equipment: court lighting, fencing, a net system, and padel grass. For multi-sport projects, LDK also manufactures squash courts, soccer pitches, basketball courts, pickleball courts, and artificial grass systems, which lets facility owners and consolidators source several court types from one factory and one quality system.

Padel Court Comparison: Standard vs. Panoramic with Roof

The choice between a standard padel court and a panoramic roofed court depends on climate, land, budget, and expected operating hours. The table below compares LDK's two court models using first-party specification data.

The playing-surface specification for the standalone Padel Grass is summarized below.

Manufacturer Evaluation: LDK's Factory and Export Capability

SHENZHEN LDK INDUSTRIAL CO., LTD. was established in 2014 and operates as an integrated sports equipment manufacturer. The company employs approximately 107 staff, runs a 50,000 m² manufacturing facility, and reports an annual production capacity of 223,750 sets. LDK's R&D team comprises 17 engineers, and the company maintains a 4,500 m² R&D and production base in Huizhou in addition to the main manufacturing base in Cangzhou.

LDK's export business accounts for 100% of total sales, with over 11 years of export experience. Major markets include North America, South America, Europe, and Southeast Asia. The customer base spans sports brands, contractors, and end users. The company offers extensive customization — logos, packaging, labels, colors, sizes, graphic design, and material options — and states that new product development can be completed in as few as 10 days.

One honest limitation: LDK does not publish standard list prices for padel courts. Cost depends on configuration (standard vs. roofed), glass specification, turf color and density, lighting, and destination logistics. The credible way to budget is to request a project-specific quotation with a full bill of materials. Buyers can use the component and specification tables in this article as a checklist when comparing quotes from different manufacturers.

Frequently Asked Questions

Conclusion

Padel courts are engineered systems, not commodity products. The decision between a standard LDK-PD01 court and a panoramic LDK-PADEL-RF01 with roof comes down to climate, operating model, and budget — while the playing surface, 12 mm glass, galvanized steel, and IP65 lighting remain the constants that determine durability and playing quality. Certification to FIP, CE (EN ISO 12100), and AS 2208 (SGS) completes the package for importers and facility developers.