Well-designed hybrid non-infill systems, such as those developed by Vivaturf, are typically engineered to meet or exceed internationally recognized performance benchmarks, including:
Shock Absorption
- Typically in the range of 40% – 55%
- Aligns with international sports surface standards (≥35%)
- Helps reduce impact forces on joints during running and landing
Vertical Deformation
- Controlled within 5 mm – 8 mm
- Ensures balance between cushioning and stability
- Prevents excessive surface “sink”
Rotational Resistance / Friction
- Dry conditions: 0.60 – 0.80
- Wet conditions: ≥ 0.50
- Supports safe movement without excessive slip or grip
Durability (Abrasion Resistance)
- Up to 6500 cycles (ASTM D3884)
- Designed for high-frequency use environments
UV Stability
- Typically ≥6000 hours
- Maintains fiber integrity and color stability in outdoor conditions
These parameters demonstrate how hybrid fiber systems contribute to consistent performance across various sports and usage intensities.
3. Why Hybrid Fiber Systems Are Critical for Non-Infill Turf
Unlike traditional infill systems, which rely on sand and rubber to provide structural support and cushioning, non-infill systems must integrate these functions directly into the turf design.
This creates three essential engineering requirements:
- Support must come from fiber stiffness (straight fibers)
- Shock absorption must come from elastic deformation (curled fibers)
- Long-term performance must come from structural synergy
Hybrid construction effectively addresses all three.
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