Depending on the project requirements and construction method, shock pads can be manufactured in different forms:
Prefabricated foam panels – Typically made from materials such as XPE or EPP, these panels are factory-produced with controlled density and thickness, ensuring uniform performance across the entire field.
In-situ rubber systems – Installed directly on-site by mixing rubber granules with a specialized binder (such as polyurethane resin), then paving and curing the material to form a seamless elastic layer.
Recycled rubber or eco-friendly composite materials—Increasingly used in sustainable sports construction, these shock pads incorporate recycled tire rubber or bio-based materials, helping reduce environmental impact while maintaining performance standards.
Functionally, the shock pad acts as a mechanical buffer and energy management layer within the turf system. When players run, jump, or fall, the surface is subjected to dynamic loads. The shock pad works to:
Absorb impact forces, reducing stress on joints and lowering injury risk
Provide controlled energy restitution, ensuring the surface feels responsive rather than overly soft
Stabilize performance over time, maintaining consistent shock absorption even as infill materials compact or shift
Improve surface uniformity, eliminating hard spots and enhancing overall playability
In essence, while often hidden beneath the turf, the shock pad plays a decisive role in transforming an artificial field from a basic surface into a high-performance sports system.
