Minimal Infill
Maximum Performance
A Brand-New Organic-Dressed 3G System
The Leap Matrix system features the revolutionary InfillGrip technology, which integrates Leap’s three-layer structure to reduce the need for organic materials by 80%. Unlike conventional systems that require substantial infill for performance, Leap Matrix achieves optimal results with dressed organic particles.
The dual-layer resilient curly yarns create a secure framework that tightly locks infill particles in place, achieving a low splash rate of ＜1.5%. This innovative design significantly reduces infill loss, even under extreme weather conditions or intense gameplay. By minimizing infill replenishment needs, the system offers long-term economic and environmental benefits, reducing maintenance costs while promoting sustainability.
Discover Leap Turf System
Top Layer
• Durable straight fibers • Great resilience & standability • Flat & consistent surface
Resilient Spring Layer
• Flexible curly yarns • Dynamic cushioning • Enhanced energy dispersion
Stable Lock Layer
• Dense base structure • Secure infill retention • Long-term stability & durability
Pioneering Sustainable
Sports Systems
The Leap Matrix system combines the high density, stability, and excellent performance of Leap turf with organic infill. Its design ensures a seamless balance of athletic performance, eco-friendliness, and safe experience.
Reliable and Proven Sports Performance
Peak Shock
Absorption
>60%
Peak
Deformation
≤15mm
Vertical Ball
Rebound
0.6-0.85m
Ball Roll
4-8m
CFH HIC
1000
>0.60m
Skin
friction
0.35-0.75
Infill
splash
<1.5%
Withdrawal
Force
≥40N
UVA
5000h
Resilient Support
The densely interwoven curly yarns wrap tightly around the straight yarns, firmly anchoring their roots to maintain stability. Additionally, the inclusion of organic particles adds an extra layer of support, further boosting the turf’s responsiveness. Together, the integration of organic infill and the curly yarns work in harmony to create a supportive surface, ensuring that the straight yarns remain upright and quickly spring back after pressure is applied.
Shock Absorption
Leap’s built-in spring network design effectively enables the turf surface to absorb and dissipate the energy generated during athletic movements. Meanwhile, organic particles’ honeycomb-like structure, featuring air-filled cells and flexible cell walls, allows it to absorb shocks while maintaining its resilience and durability. The synergy between the high-density turf and organic infill not only enhances Leap Matrix System’s cushioning effect, providing a gentler landing for athletes but also reduces the stress on their joints and muscles.
Optimal Shoe Friction
This sports system delivers ideal friction levels, ensuring the ball rolls consistently and predictably without unexpected changes in speed or direction. The combination of resilient yarns and organic infills ensures excellent fiber standability, creating the ideal friction level for exciting sports activities. This well-balanced rotational resistance enhances player agility, enabling quick and controlled directional changes while reducing the risk of slips and falls, which is crucial in high-speed sports.
Skin-Friendly
Organic infill’s rolling friction properties significantly reduce the direct sliding contact between the grass fibers and the athlete’s skin. As athletes move across the turf, the organic particles also shift and roll in the middle of yarns, which helps to distribute the force more evenly and reduces the frictional force that typically causes skin irritation or injury. This organic infill system creates a safer playing environment for high-intensity sports, enhancing the overall experience for athletes.
Long-Term Economic Edge
Leap turf reduces the need for thick shock pads thanks to the seamless integration of its structure with organic infill. The system’s inherent cushioning and support enable it to meet FIFA standards with a regular foam shock pad, significantly reducing material requirements.
Additionally, infill loss has long been a concern in organic turf systems, affecting both performance and maintenance. The Leap Matrix system effectively addresses this issue with its dense Matrix structure, which requires dressed organic infills and securely locks the particles in place. This innovative design minimizes infill loss, substantially reducing the need for frequent replenishment and lowering ongoing maintenance costs.
Together, these features contribute to long-term cost savings, making the Leap Matrix system a cost-effective solution for sports field owners by reducing both material and maintenance expenses.
- Reduced Thick Shock
Pad Dependence - Stable Infill Retention,
Less Maintenance - Lower Replenishment
and Labor Costs - Long-Term Savings
with Lower Ownership Costs
ECO-FRIENDLY
Sustainable materials
Organic infills in the Leap Matrix offer long-term environmental benefits over traditional microplastics like SBR. Sourced from the plants, they’re a renewable and sustainable resource. As a 100% natural material, the organic particles don’t release harmful chemicals or pollutants into the environment during use. Furthermore, they’re biodegradable, naturally breaking down over time.
Additionally, Leap Matrix requires significantly less organic infill compared to conventional systems, effectively reducing the consumption of natural resources while still delivering high performance and durability.
-
80% less infill
Reduces resource consumption
-
Minimized Particle Migration
Lowers environmental pollution
-
Biodegradable Infill
Breaks down naturally over time
A Brand-New Organic-Dressed
3G System
Get a Free Sample
Want to learn more about Leap Matrix? Reach out to get our Leap Matrix brochure or request a free sample—our team is here to help.
