Playing Surface Selection and Maintenance

Fibrillated Turf

Fibrillated turf features fibers that split into finer strands, creating a dense playing surface that many players prefer for its responsive characteristics. This type of turf is particularly known for its ability to provide faster gameplay, making it popular in competitive settings.

• Split fiber design creates a dense, responsive surface
• Facilitates faster-paced gameplay
• Generally more economical option
• Moderate sand infill requirements

Monofilament Turf

Monofilament turf utilizes individual, thicker fibers that maintain their upright position over time. This design choice results in a more durable surface that can withstand intensive use while providing consistent playing characteristics.

• Individual thick fibers for enhanced durability
• Provides slower, more controlled gameplay
• Higher sand infill requirement (17-18 kg/m²)
• Excellent for high-traffic courts

Textured Turf

Textured turf represents the latest evolution in padel court surfaces, combining the best characteristics of both fibrillated and monofilament designs. This hybrid approach has made it the preferred choice for professional tournaments, including the World Padel Tour.

• Balanced speed and durability characteristics
• Excellent sand retention with minimal infill requirements (7-8 kg/m²)
• Consistent ball bounce properties
• Professional tournament standard

Specifications

Sand infill plays a crucial role in the performance and longevity of a padel court surface. The correct type and amount of sand ensures proper fiber support, ball bounce characteristics, and player comfort. High-quality silica sand remains the industry standard, offering optimal performance and durability.

• Granulometry: 0.2-0.5mm for optimal penetration and stability
• Clean, washed silica sand without chemical additives
• Variable quantities based on turf type:
  • Textured: 7-8 kg/m²
  • Monofilament: 17-18 kg/m²
  • Fibrillated: Intermediate amounts based on specific product

Application Methods

Proper sand infill application requires precision and attention to detail. The process involves multiple steps to ensure even distribution and optimal integration with the turf fibers.

The application process typically begins with an initial layer to stabilize the base, followed by subsequent layers with brushing between applications. This methodical approach ensures proper sand settlement and prevents clumping or uneven distribution.

Playing Characteristics

Each turf type offers distinct playing characteristics that affect the game experience. Understanding these differences helps in selecting the most appropriate surface for specific requirements.

Durability Factors

Several factors influence the longevity and performance retention of padel court surfaces. Understanding these helps in both selection and maintenance planning.

• Quality of materials and manufacturing
• Installation precision
• Usage intensity and patterns
• Environmental exposure (for outdoor courts)
• Maintenance regularity and quality

Regular Care

Regular maintenance is essential for preserving the playing characteristics and extending the lifespan of the court surface. A well-maintained court not only performs better but also provides a safer playing environment.

• Weekly brushing to prevent sand compaction
• Regular debris removal to maintain cleanliness
• Sand level monitoring and adjustment
• Surface inspection for wear or damage

Long-term Maintenance

Beyond regular care, periodic intensive maintenance ensures the court maintains its performance characteristics over time. These procedures help prevent common issues and extend the surface's lifespan.

• Decompaction treatment every 6 months
• Professional deep cleaning annually
• Sand replacement when necessary
• Fiber repair or replacement as needed

Environmental Considerations

Modern padel court construction increasingly focuses on environmental sustainability. This includes both the initial material selection and long-term environmental impact considerations.

• Use of recycled materials where possible
• Environmentally conscious maintenance practices
• Proper disposal planning for end-of-life materials
• Water conservation in maintenance procedures