Base Structure and Foundation

Strip Foundation (Ring Beam)

Strip foundations are ideal for outdoor installations, effectively distributing heavy loads across the ground. This foundation type uses materials like asphalt or stone concrete as substructures for the playing surface.

Reinforced Concrete Slab

Reinforced concrete slabs with proper slope are popular in milder climates. These foundations must comply with frost-resistance standards in colder environments, and indoor installations may require existing floor inspection.

• Suitable for milder climates
• Requires frost-resistance compliance in cold regions
• Efficient for indoor installations
• Integrated slope for water management

System Types

A well-designed drainage system is the backbone of any padel court installation, crucial for both performance and longevity. While there are several approaches to drainage, the perimeter drainage system has emerged as the industry standard, proving particularly effective in managing water runoff and preventing court damage.

In areas with high rainfall or moisture levels, courts often benefit from additional drainage features beneath the playing surface. This comprehensive approach ensures that water doesn't accumulate at any level of the court structure, from surface to substrate.

Drainage Specifications

Proper drainage design follows specific technical requirements that have been refined through years of court construction experience. The drainage pipes should be installed at a depth of 50-60 cm, allowing for optimal water flow while maintaining structural integrity. This depth has proven ideal for quick water dispersal while protecting the pipes from surface pressure and potential damage.

• Drainage pipe depth: 50-60 cm for optimal flow
• Minimum drainage capacity: 50 L/h/m² to handle heavy rainfall
• Surface slope: 0.7-1.0% when required for additional runoff
• Materials: High-grade PVC or concrete drainage pipes for durability

Modern drainage systems incorporate high-quality materials that resist degradation and maintain performance over time. The choice between PVC and concrete pipes often depends on local conditions and availability, with both materials offering excellent longevity when properly installed.

Installation Requirements

Installing a padel court drainage system requires careful attention to detail and precise execution. The process begins with thorough site analysis to determine the natural water flow patterns and identify the optimal positions for drainage components. This preliminary assessment is crucial for developing an effective drainage strategy that works with, rather than against, the site's natural characteristics.

• Strategic positioning of perimeter drains for maximum effectiveness
• Secure connections to main drainage system to prevent leaks
• Carefully calculated slope gradients for consistent water flow
• Accessible maintenance points for long-term care

The installation process must also account for future maintenance needs. Access points are strategically placed to allow for regular inspection and cleaning, ensuring the system continues to perform optimally throughout the court's lifetime. This forward-thinking approach to installation helps prevent common drainage issues and extends the overall lifespan of the court.

Site Clearance

Proper site preparation is crucial for a stable foundation:

• Vegetation removal
• Debris clearance
• Obstacle removal
• Initial ground leveling

Levelling Process

The levelling process involves multiple layers:

• Base layer: Coarse crushed stone (16-32 mm)
• Middle layer: Fine crushed stone (4-8 mm or 4-16 mm)
• Top layer: Sand for final leveling

Substrate Materials

Different substrate materials serve specific purposes:

• Crushed stone: Excellent drainage and stability
• Gravel: Good drainage properties
• Sand: Level surface finishing
• Foam concrete: Noise and vibration reduction

Cold Climate Requirements

Special considerations for cold climates include:

• Deeper foundations to prevent frost heave
• Frost-resistant materials
• Additional insulation requirements
• Enhanced drainage systems

Warm Climate Adaptations

Warm climate installations require:

• Efficient water runoff systems
• Heat-resistant materials
• Enhanced ventilation considerations
• UV-resistant components