World Athletics Certified Accessories Engineered for Professional Athletics
We supply and install premium athletic track and field equipment. Utilizing advanced high-strength aluminum profiles, high-density polyurethane foam landing pads, calibrated counterweight hurdles, and electronic photo-finish sensors, we build professional running tracks.
Track and field athletics require highly precise, calibrated equipment to ensure uniform competition standards, accurate timing, and player safety.
Elite International Sports supplies and installs premium, World Athletics (WA) certified track and field accessories. Standard school-grade hurdles and pits lack the certified weight calibrations, impact-absorption materials, and weather protection required for official competitions. We supply professional aluminum hurdles, adjustable starting blocks, high jump structures, and landing pits, ensuring professional athletics safety standards.
Our equipment is constructed using high-strength structural aluminum profiles and stainless steel tubes. Landing pits are designed with multi-layer high-density polyurethane foam blocks encased in weather-resistant, spike-resistant PVC mesh covers.
Whether supplying equipment for international running stadiums, school arenas, sports clubs, or national academies, we deliver precise dimensions and quality, ensuring optimal athletic performance.
Calibrated track hurdles and aluminum alloy starting blocks.
Browse pages from our premium Track & Field athletics equipment catalogue. Click any page to expand, zoom, and view full specifications, dimensions, and accessories.
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Explore the technical design details, structural engineering components, and calibration procedures that define our premium track equipment.
The engineering of our track and field equipment begins with precise mechanical calibrations. We design the steel frames using specialized design tools, calculating wind load parameters based on local weather records. Foundation design features reinforced concrete pedestal footings anchor-bolted with high-tensile fasteners to secure the main steel columns.
The primary columns and rafters are built-up steel sections fabricated in our quality-controlled factory. Once transported to the site, they are bolted together using high-strength fasteners. This avoids field welding, reducing structural defects. The wall cladding utilizes single or double-skin color-coated galvanized steel sheets.
We test the spring tension levels on hurdles using weight sensors to ensure they fall over easily when struck, avoiding trippings and protecting athletes from high-speed falls.
Hurdles equipped with internal sliding weights that align to height markers, satisfying international tipping specifications.
Multi-density open-cell polyurethane foam block layers, designed to absorb impact energy during high-jump dismounts.
Cast aluminum alloy footplates with spring-locking pins, allowing athletes to adjust incline angles securely.
Outer pit covers woven with anti-spike fabric mesh, preventing tear damage from running spikes.
Structural components built with anodized aluminum alloy profiles, offering weather resistance and lightweight strength.
Integrated brackets on posts to hold photo-finish cameras and wireless timers securely.
Includes calibrated competitive hurdles, training hurdles, aluminum starting blocks, relay batons, and photo-finish timing sensor posts.
Includes high jump and pole vault uprights, steel crossbars, composite fiberglass crossbars, landing foam pits, and rain covers.
Includes shot put steel balls, competitive discus plates, javelins, hammer throw steel cages, and toe-board blocks.
We work with the client to determine event categories, certified levels, and track layout requirements.
We verify event dimensions, subgrade layouts, and electrical timer cabling before manufacturing.
We create 3D drawings of the starting block slides, hurdle weight hinges, and landing mat shapes.
We select anodized aluminum profiles, stainless steel pins, high-density PU foams, and anti-spike mesh.
We machine, shape, and weld hardware items in our factory under strict quality standards.
We apply anodized finishes to aluminum profiles and bake powder coatings on steel brackets.
We check starting block angles, measure hurdle weights, and test foam mat compression levels.
We wrap components in protective foam sheets and transport them safely to the stadium site.
We install post sleeves, place starting block anchor slots, and secure landing mat units.
We test photo-finish camera connections, check block spring pins, and measure mat impact absorbency.
We hand over the track equipment, along with calibration sheets and safety manuals.
Grade 6061-T6 aluminum shapes. Lightweight, highly rigid, and highly resistant to rusting in outdoor venues.
Multi-density open-cell polyurethane foams. Absorbs high drop impact forces and prevents bottoming out.
Spike-proof PVC mesh fabric covers wrapping foam pits, preventing tear damage from running shoe spikes.
Heavy steel uprights hot-dip galvanized (minimum 86-micron zinc coating) protecting frames against rust.
High-elastic composite fiberglass crossbars. Resistant to breakages and designed to sag less over spans.
Thermosetting polyester powders baked at high temperatures, protecting metal surfaces from weather scratching.
| Parameter | Value / Specification | Standards Compliance |
|---|---|---|
| Hurdle Heights | Adjustable 762mm, 838mm, 914mm, 991mm, 1067mm | World Athletics Technical rules |
| Hurdle Weight Tipping Force | Force of 3.6 kg to 4.0 kg applied to top edge | World Athletics certified |
| Starting Block Plate Incline | Adjustable angles: 35°, 45°, 55°, 65° | World Athletics Technical rules |
| High Jump Landing Pit | 6.0m Length x 4.0m Width x 0.7m Height (standard) | World Athletics certified |
| Crossbar Material | Elastic Fiberglass composite core | EN 12503 safety standards |
| Foam Compression | 35% deflection compression resistance | ASTM D3574 foam testing |
| Expected Service Life | 8+ Years (heavy competition weathering) | Design life guidelines |
| Warranty | 2 Years comprehensive warranty | Standard project guidelines |
| Installation Method | Removable ground sleeves & surface anchor clips | Structural engineering codes |
Fitted to meet WA parameters, ensuring safe exit access widths and high-load safety guardrails to protect spectators.
The UV-stabilized materials and hot-dip galvanized steel brackets prevent chalking, rust, and cracking under hot sun and heavy rain.
Our retractable bleacher systems slide away against the wall, allowing you to use court space for multiple sports.
Tip-up gravity hinges widen pathways naturally when empty, easing crowd movements during matches.
Blow-molded double-skin structures resist high impacts, scratching, and vandalism in public arenas.
The curved seat shapes support proper posture, ensuring a comfortable experience during long matches.
Elite competition track assets require strict compliance with safety codes. Our track equipment lines are designed and constructed to meet **World Athletics (WA)** standards and European EN safety standards.
WA parameters define starting block plates, hurdle tipping weights, crossbar sag limits, and landing mat foam density profiles. Satisfying these specifications is necessary to ensure safety and code compliance.
Our structural and mechanical systems are tested by third-party inspectors to ensure compliance with load-bearing standards, providing a safe, durable, and code-compliant track equipment set.
Following a standard maintenance routine preserves the finish and keeps the equipment structurally stable for years.
Checking anchor bolts weekly, wiping seats, and checking canopy sheets for micro-cracks.
Lubricating swivel wheels monthly, checking bracket joints, and checking paint coatings.
Replacing old static brackets, repairing canopy sheet cracks, and upgrading to VIP padded seats.
Our structural engineers bring over 15 years of experience in structural safety design and seating layout installation.
We import certified, high-impact HDPE chairs and galvanized support brackets directly from leading manufacturers.
We handle everything—from sightline calculations and bracket anchoring to chair mounting, guardrails, and walkway codes.
Calculating safety clearances, developing detailed layout schematics, and planning anchor specifications.
Drilling concrete floor plates, securing base frames, tensioning cables, and fitting landing mats.
Testing mechanical counterweight hinges, checking anchor torque levels, safety walk-through, and layout handover.
Delivering world-class sports equipment engineered for durability, performance, safety, and international standards.
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