Rugby union requires a surface that does more than simply prevent slipping. The traction profile must support explosive movement while still allowing safe release under load. In practical terms, rugby fields need to meet three core traction requirements:
1.1 Controlled traction rather than maximum traction
The goal is not simply “more grip.” A rugby field needs enough traction to support acceleration, braking, and directional change, but not so much that it overloads the lower limbs or disrupts natural movement mechanics. This balance is especially important in scrums, lateral movement, and defensive recovery.
1.2 Stable traction across weather and usage cycles
Traction needs to remain reliable in wet and dry conditions, under different temperatures, and after repeated high-frequency use. Uneven traction from one zone to another can affect confidence, foot placement, and injury risk.
1.3 Traction combined with impact protection
A rugby surface must provide grip while also working with the shock-absorbing structure of the turf to help reduce stress on joints and bones during tackles, falls, and collisions. Surface grip without adequate cushioning is not enough for player safety.
These requirements explain why non-infill turf has become increasingly relevant: it can be designed to deliver predictable, controlled traction without relying on loose infill materials, while also supporting stable long-term performance.
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