Tennis Court Drainage Systems – Design & Solutions
📝 Introduction
Tennis courts require precision-engineered drainage to maintain playability and surface integrity. This article explores optimal drainage designs for different court types and how SFS Drain’s composite systems solve common water management challenges.
📝 Body
1. Tennis Court Drainage Challenges
Clay Courts: Water pooling alters ball bounce consistency
Grass Courts: Poor drainage causes slippery surfaces and uneven wear
Hard Courts: Subsurface water leads to cracking and deformation
2. Drainage Design by Court Type
| Court Type | Drainage Solution |
|---|---|
| Clay Courts | Lateral drainage channels with 1% slope |
| Grass Courts | Sand-based rootzone + composite drainage layer |
| Hard Courts | Permeable asphalt with subsurface collector pipes |
3. SFS Drain’s Tennis-Specific Solutions
Geocomposite Drainage Mats: 300L/m²/s flow rate for fast water removal
UV-Stabilized Materials: Withstand constant court maintenance
FIFA-Tested Performance: Ensures consistent ball bounce dynamics
Case Study: A regional tennis center reduced court downtime by 60% after installing SFS Drain’s system.
📝 Conclusion
Specialized drainage is non-negotiable for professional tennis facilities. SFS Drain’s court-tested systems combine player safety with low-maintenance durability.