In the past, shock absorption was often regarded as a general comfort feature. Under the new FIFA standard, it is redefined as a precisely controlled safety function. The elastic layer beneath the turf is no longer a “soft layer by experience” but a measurable energy management system engineered to deliver consistent and reliable player protection across the entire field.
Key technical points
1. Shock absorption and vertical deformation are now strictly evaluated using EN 15330-4
2. Both parameters must remain within defined quantitative ranges
3. The turf system must demonstrate stable behavior under repeated load cycles
4. As a result, player protection is no longer subjective—it is engineered, tested, and reproducible.
Standard Upgrade 2: Dynamic Testing, Building a Data Profile of Performance
Football is inherently dynamic—players sprint, decelerate abruptly, jump, collide, and fall throughout a match. The new FIFA standard recognizes that static measurements alone cannot adequately represent these real match conditions. As a result, testing now places greater emphasis on dynamic load behavior, translating the previously subjective “feel underfoot” into objective, measurable performance data.
Key technical points
1. Advanced Artificial Athlete devices apply dynamic impact loads of up to 2,000 N
2. Load curves simulate realistic movements such as acceleration, deceleration, and landing
3. Performance evaluation shifts from static values to dynamic response profiling
4. This approach creates an authoritative data model for surface behavior—bridging the gap between laboratory testing and real match performance.
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