The Ecore RageTurf Rally Interlocking Tiles are premium Functional Turf Interlocking Tiles engineered for sled training, agility drills, speed work, and functional fitness. Featuring a durable 12mm polyethylene turf surface permanently bonded to a 12mm vulcanized composition rubber (VCR) base with Ecore's patented itsTRU® technology, these modular tiles deliver exceptional shock absorption, ergonomic support, and long-term durability. The interlocking design allows for quick installation without sacrificing performance, making them ideal for commercial gyms, collegiate athletic facilities, sports performance centers, and functional training spaces. Built for Functional Training Engineered for demanding athletic performance. Benefits include: Ideal for sled pushes and pulls. Excellent for agility drills. Supports speed and footwork training. Handles moderate weight impacts. The dual-layer construction provides a stable surface that supports high-intensity workouts. Quick-Install Interlocking Design Simplifies installation and future modifications. Features include: Interlocking tile system. Fast installation. Easy replacement of individual tiles. Ideal for modular training spaces. The interlocking design minimizes downtime while providing a secure flooring system. Shock-Absorbing Performance Built for athlete comfort and performance. Benefits include: 12mm vulcanized composition rubber base. Excellent impact absorption. Reduces stress on joints. Comfortable underfoot. The thick rubber foundation helps reduce fatigue during demanding training sessions. Durable Polyethylene Turf Surface Designed for years of commercial use. Features include: 12mm textured polyethylene turf. Tight, consistent surface. Reliable traction. Excellent wear resistance. The durable turf provides consistent footing for explosive athletic movements. Patented itsTRU® Technology Delivers balanced athletic performance. Benefits include: Proprietary itsTRU® Fusion Bond. Permanent layer bonding. Enhanced durability. Consistent commercial performance. The advanced construction creates a durable flooring system designed for high-use environments. Performance That Supports Athletes Designed using Ecore's proven performance technology. Performance Results: Force Reduction: 47.1% Energy Restitution: 41% The combination of shock absorption and energy return helps athletes train harder with greater comfort. Long-Lasting Commercial Durability Built for high-traffic fitness facilities. Benefits include: Long life expectancy. Made with reclaimed rubber materials. Commercial-grade construction. Low-maintenance performance. RageTurf Rally Interlocking Tiles are engineered for years of dependable service. Key Features Functional Turf Interlocking Tiles. Designed for sled training and functional fitness. Quick-install interlocking tile system. 12mm polyethylene turf surface. 12mm vulcanized composition rubber base. Patented itsTRU® Fusion Bond technology. Excellent shock absorption. Handles moderate weight impacts. Long life expectancy. Made with reclaimed rubber materials. Commercial-grade athletic flooring. Specifications Product: Ecore RageTurf Rally Interlocking Tiles Performance Force Reduction: 47.1% Energy Restitution: 41% Tile Dimensions Thickness: 24mm (0.94") Tile Size: 23" × 46" (0.58 m × 1.17 m) Coverage: 7.35 sq. ft. per Tile Construction Surface Layer 12mm Polyethylene Turf Bond Layer Proprietary itsTRU® Fusion Bond Technology Base Layer 12mm Vulcanized Composition Rubber Total Product Thickness 24mm Performance Qualities Safety Ergonomics Acoustics Important Notes MOQ: 25 Tiles. Straight transition can be used with RageTurf Motivate, RageTurf Rally & Performance Rally. Warranty See Warranty tab below or contact us for details. Additional Notes Price per square foot unless otherwise indicated. SRL= Suggested roll lengths for this product. MOQ= Minimum order quantity. Contact us for customization requests, details and quotes. If you aren’t seeing what you want on site, contact us, not everything can be listed online but we do have availability to those items.
