In the context of sports field performance, surface resistance and overall feel significantly impact an athlete’s performance and movement experience. Compared to traditional infilled turf systems, non-infill turf—particularly VivaTurf’s non-infill artificial turf—offers distinct and measurable advantages in these critical areas.
Traditional infilled turf relies on quartz sand and rubber granules as infill materials. However, these materials tend to shift during use, leading to inconsistent surface resistance. According to authoritative test data, when athletes sprint 50 meters on traditional infilled turf, the variation in resistance can reach 15%–20% for every 10-meter segment due to infill displacement. This inconsistency means athletes may experience sudden changes in traction—either spikes or drops—during sprints or changes in direction. In football, for instance, a sudden increase in resistance while a player attempts to accelerate can disrupt timing and rhythm, while a sudden decrease can lead to loss of balance and increased risk of falling. Moreover, the unevenness caused by displaced infill leads to a patchy surface feel, making it difficult for athletes to adapt to the field and perform consistently. Statistics show that in matches played on traditional infilled turf, player errors caused by unstable surface resistance occur on average 3–5 times per game.
VivaTurf’s non-infill artificial turf system breaks through these limitations by delivering moderate yet consistent resistance across the entire playing surface. Its unique 3D-shaped fiber structure and eco-mechanical backing technology ensure a uniform and stable surface from the ground up. Tests by professional laboratories confirm that when athletes run on VivaTurf non-infill turf, resistance variation remains within 5% throughout the sprint, providing stable, step-by-step feedback that mimics the feel of natural grass. This consistency supports seamless movement transitions and allows athletes to maintain full control over speed and power.
Take rugby as an example: during high-impact plays such as rapid direction changes or collisions, stable ground resistance helps players generate force more confidently and reduces the risk of missteps caused by inconsistent traction. As a result, athletes can focus more on strategy and technique without compensating for unpredictable surface behavior. In practical applications, rugby fields featuring VivaTurf’s non-infill system have shown sprint speed improvements of 0.5 to 1 meter per second on average, and touchdown success rates have increased by 10%–15% compared to fields with traditional infill.
The system’s stability and natural-grass-like foot feel also contribute to a more comfortable and controlled user experience. This minimizes mistakes related to field conditions and allows players to stay fully engaged in technical execution and tactical play. According to event feedback, football matches held on VivaTurf non-infill surfaces saw player error rates related to field conditions drop by approximately 40% compared to traditional infilled turf systems.