Panoramic Glass, Galvanized Cages & Texturized Monofilament Turf
We engineer and build premium panoramic padel courts that meet the strict requirements of the International Padel Federation (FIP). Featuring structural hot-dip galvanized steel frames, 12mm tempered safety glass, and professional monofilament turf, our courts are constructed to withstand local wind loads while delivering elite playability and viewing experiences.
Padel is a dynamic, fast-growing racket sport that requires specialized steel mesh cages and safety glass enclosures for wall rebound play.
Elite International Sports provides turnkey design and construction for professional padel courts, fully aligned with the International Padel Federation (FIP). A standard padel court is 10 meters wide and 20 meters long, enclosed by safety glass walls and steel mesh structural frames.
Constructing a padel court requires advanced civil and structural engineering. The glass panels must be 10mm to 12mm thick tempered safety glass, capable of withstanding constant player impacts and wind shear forces on outdoor sites. The metal frames are fabricated from high-grade structural steel, hot-dip galvanized and powder-coated to prevent rust. The court base is a precise concrete ring beam foundation with an integrated subgrade layout. Over this base, we lay texturized monofilament synthetic turf filled with rounded silica sand, providing the exact surface traction, rotation index, and ball bounce speed needed for high-level play.
Elite Padel Court designs utilize structurally certified glass and heavy steel configurations to ensure player safety, excellent wall play, and long-term durability.
Predictable wall rebounds are key to padel. We use flat 12mm tempered glass panels and heavy-duty structural anchors to prevent frame vibration, ensuring clean ball rebounds.
Our texturized monofilament turf grips the subgrade firmly and holds silica sand in place, reducing player slips and supporting quick pivots.
Wind loads pose a risk to outdoor enclosures. Our structural engineers calculate local wind shears and design robust columns to keep cages completely stable.
Structural steel posts are engineered to withstand localized wind speeds of up to 150 km/h without deflection.
High-strength glass panels certified to EN 12150, offering maximum impact tolerance and safe fracturing.
Pillar-free structural glass configurations provide spectators and cameras with an unobstructed view of the court.
Premium textured polyethylene monofilament turf designed for maximum fiber wear life and traction.
A high-end configuration that removes metal columns at the back glass walls, replacing them with thick glass brackets. This design offers clear, panoramic views, making it the preferred option for professional stadiums, camera broadcasts, and premium sports clubs.
A traditional layout featuring metal columns supporting 10mm or 12mm glass panels. Known for its structural strength and cost-effective design, this court type is highly popular for general clubs, resorts, and residential community play.
A customized court design built for indoor halls with limited ceiling clearances. Features integrated overhead lighting trusses and lower column layouts, optimized to maximize internal height space.
We manage the entire engineering lifecycle, from concrete ring beam casting to glass panel installation and precise sand infill ratios.
Designing perimeter anchor footings. We cast a reinforced concrete ring beam (grade M30) to secure structural columns against high wind loads.
Anchoring galvanized steel columns using high-load expansion bolts. The mesh panels are bolted and aligned to ensure square dimensions.
Lifting 12mm tempered safety glass panels using suction cranes. Neoprene gaskets are fitted to absorb vibrations and protect glass edges.
Laying texturized monofilament synthetic turf over the concrete sub-base, sealing seams with high-grade polyurethane adhesive.
Spreading washed, rounded silica sand infill (0.4-0.8mm) to stabilize turf fibers. Next, the LED lighting system is wired and tested.
Inspecting post tensioning, checking glass torque settings, running ball rebound tests, and handing over the completed court to the client.
High-strength structural glass panels (12mm thick) certified to EN 12150 standards for safety and rebound performance.
Heavy-duty structural steel tubing (100x100x3mm) hot-dip galvanized and powder coated to resist corrosion.
Textured polyethylene synthetic turf (12mm pile height) built to withstand friction and wear.
Washed silica sand (99% pure) designed to support turf fibers and provide reliable player traction.
Our pillar-free panoramic glass enclosures provide spectators and cameras with clean, unobstructed views of the action.
With hot-dip galvanization and electro-static powder coatings, our steel cages are highly resistant to rain and rust.
The texturized monofilament turf cushioned with silica sand infill reduces friction stress, protecting players' knees during play.
Calculated by local structural engineers, our steel pillars and glass anchors are designed to withstand high winds and storm conditions.
| Parameter | Panoramic Padel Court Specifications |
|---|---|
| Court Dimensions | Play Area: 10m x 20m | Clearance: minimum 6m (recommended 8m) |
| Glass Wall Thickness | 12mm Tempered Safety Glass (compliant with EN 12150 standard) |
| Metal Framework | Structural steel profiles (100mm x 100mm x 3mm), hot-dip galvanized |
| Synthetic Turf Type | 12mm pile height texturized monofilament polyethylene (PE) turf |
| Sand Infill Ratio | Round silica sand (0.4-0.8mm), 8kg to 10kg per square meter |
| Lighting Setup | 8 LED floodlight fixtures (200W each) producing ≥ 400 Lux averages |
| Wind Load Rating | Calculated to withstand localized wind pressures up to 38 m/s (136.8 km/h) |
| Base Requirements | M30 concrete slab (150mm thick) or concrete ring beam foundations |
| Metal Mesh Grid | Electro-welded galvanized steel mesh panels (50x50x4mm) |
| Expected Life Span | Glass: 15+ years | Steel framework: 15+ years | Synthetic turf: 5 to 7 years |
| International Standards | Complying with FIP dimensions, EN structural codes, and safety glass standards |
| Warranty Coverage | 5 Years on steel cage structure | 3 Years on synthetic turf fibers |
FIP-standard courts designed for intense league play and camera-ready tournaments.
Attractive panoramic courts that add premium recreational value for guests.
Professional training courts configured with FIP dimensions for athlete development.
Modern amenity courts that increase residential values and attract home buyers.
Elite International Sports builds padel courts that strictly comply with leading international standard benchmarks.
Our civil engineering crew checks the perimeter concrete ring beam levels. We monitor the glass panel bolt torque using calibrated wrenches to prevent pressure stress, ensuring a highly durable, wind-resistant glass wall assembly.
Our engineering team has built and installed over 50+ panoramic and classic glass padel courts nationwide.
We source certified safety glass, premium monofilament turf, and hot-dip galvanized steel to build our courts.
We handle the entire project cycle—excavation, steel frame cage assembly, glass installation, and lighting.
Discussing sizing parameters, selecting classic or panoramic models, and planning wind load structural calculations.
Laying out concrete anchors and designing M30 grade concrete beam footings to support heavy steel posts.
Erecting the galvanized steel columns, bolting mesh panels, and mounting safety glass panels with rubber padding.
Laying texturized synthetic turf, gluing joints, and spreading washed silica sand to stabilize turf fibers.
Installing LED floodlights, testing power boxes, checking structural tolerances, and handing over the completed court.
ITF classified multi-layered acrylic cushioned and hard court surfacing systems.
View DetailsFIBA standard outdoor and indoor polyurethane and acrylic court installations.
View DetailsProfessional cushioned acrylic layouts aligned with USAPA design rules.
View DetailsGet technical consultation, layout BOQ configurations, and site estimation from our experienced sports infrastructure engineers.