High-Performance Gymnastics Apparatus and Shock-Absorbing Landing Systems
We supply and install premium gymnastics equipment. Featuring FIG-compliant parallel bars, vaulting tables, balance beams, high-density landing foam mats, and steel support anchor systems, we build safe elite training spaces.
Professional gymnastics apparatuses require high elastic energy return, structural stability under dynamic stress, and shock-absorbing landing mats to prevent athlete injuries.
Elite International Sports supplies and installs FIG-certified gymnastics equipment. Standard fitness mats and frames lack the specific rebound properties and safety standards needed for high-velocity dismounts. We provide professional parallel bars, uneven bars, balance beams, and vaulting tables built with high-tensile steel frames and anchored with security cables.
Our equipment features multi-layer landing mats filled with high-density polyurethane and cross-linked polyethylene foams. This absorbs landing impacts, reducing joint strain, complying with Fédération Internationale de Gymnastique (FIG) certification standards.
Beyond the primary bars and tables, we install foam pit safety zones, springboards, and pommel horses, helping school boards, national sports academies, and private clubs build code-compliant, elite training facilities.
High-tensile parallel bars secured with floor anchor cable systems.
Browse pages from our premium gymnastics equipment catalogue. Click any page to expand, zoom, and view full specifications, dimensions, and accessories.
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We manage the entire project lifecycle, from layout mapping and equipment selection to floor anchoring, safety cable tensioning, and landing mat integration.
The engineering of a gymnastics hall begins with concrete floor mapping. We anchor structural steel bases directly into concrete slabs using high-strength chemical anchor bolts. We install high-tensile steel security cables to stabilize vertical bars, preventing frames from shaking under high-speed swing forces.
Our balance beams and bars feature composite fiberglass cores wrapped in veneer skins. This provides the flexibility and wood-like feel required for athletic grip, while ensuring structural safety against breaking.
To prevent joint injuries during landing, we install multi-layer PVC-wrapped landing mats. The mats feature anti-slip bottom surfaces to prevent shifting during dismounts.
Ergonomic push-off tables with gas-spring height adjustments, covered in non-slip protective synthetic leather.
Heavy-duty floor anchors and tension turnbuckles that secure uneven and high bars under dynamic athlete swing loads.
High-density polyethylene (PE) and soft polyurethane (PU) foam layers wrapped in fire-retardant PVC fabric.
Aluminum body beams padded with rubber foam and wrapped in non-slip suede leather to prevent slips.
Cast steel base structures supporting pommel horses and high rings, designed to resist floor vibrations.
Multi-spring carbon fiber jump boards designed to provide uniform elastic rebound energy for vaulting jumps.
Elite equipment lines designed to satisfy FIG tournament dimensional standards. Features carbon-core bars, suede balance beams, and certified multi-layer landing mats.
Durable equipment models focused on basic school physical education and club training. Features height-adjustable bars and thick protective foam mats.
Custom built safety foam dismount pits filled with high-density polyurethane foam blocks, ideal for high-difficulty vaulting and ring training.
We manage the entire construction process from site inspection to final handover, ensuring every step meets our strict quality standards.
We work with the client to determine gymnastics disciplines, equipment selection, and safety space zones.
We check concrete subgrade strength before mounting heavy-stress cable floor anchors.
We check hall dimensions against FIG competitive space rules, planning clearance paths.
We model equipment placement in 3D, optimizing space and landing zone safety boundaries.
We detail the anchor bolts, support steel frame sizes, machine spacing, and safety gate layouts.
We calculate static and dynamic loads for concrete steps and steel brackets under weight stress.
We select high-grade steel, polyurethane padding, high-tensile cables, and DMX-controlled LED fixtures.
We secure machines, align pulley tracks, test cable tension levels, and mount protective steel guards.
We test mechanical movement pathways, check weight stack travel, and check cable safety loads.
We run a final safety walk-through, checking bolt torque levels, cable tension, and stack guards.
We hand over the stadium seating layout, along with maintenance manuals and safety certifications.
Fiberglass bars wrapped in natural wood veneer sheets. These provide high flexibility and solid grip parameters.
Open-cell polyurethane foam cores wrapped in PVC sheets, designed to absorb high landing impacts.
Non-slip microfiber synthetic suede sheets. These are wrapped over balance beams to prevent foot slips.
Galvanized carbon steel cables. These secure uneven bars to floor anchors, preventing frame wobble.
High-tensile chemical floor anchors. These secure base frames to concrete slabs against dynamic load forces.
Gas-powered piston columns. These allow operators to adjust vaulting table heights quickly and safely.
| Parameter | Value / Specification | Standards Compliance |
|---|---|---|
| Parallel Bar Length | 3.50 meters (adjustable width 42cm to 62cm) | FIG standard apparatus dimensions |
| Balance Beam Dimensions | 5.00 meters Length x 10cm Width x 1.25m Height | FIG standard apparatus dimensions |
| Vaulting Table Height | 1.25m (Men) / 1.15m (Women) - adjustable | FIG standard apparatus dimensions |
| Landing Mat Thickness | 200mm (Standard) / 300mm (Vault landing zones) | FIG landing safety requirements |
| Foam Compression Force | 45% deflection compression resistance | ASTM D3574 foam testing |
| Floor Anchor Strength | Withstands up to 15 kN dynamic vertical force | EN 12197 / EN 913 stability codes |
| Springboard Springs | 5 to 8 carbon steel tapered springs | FIG certified rebound standards |
| Expected Service Life | 10+ Years (with proper maintenance) | Design life guidelines |
| System Warranty | 3 Years comprehensive warranty | Standard project guidelines |
Fitted to meet FIG 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 gymnastics equipment requires strict compliance with international safety codes. Our apparatus systems are designed and constructed to meet **FIG (Fédération Internationale de Gymnastique)** requirements.
FIG guidelines define apparatus dimensions, landing mat density profiles, bar elastic energy properties, and floor anchor stability. Satisfying these specifications is necessary to host sanctioned national and international tournaments.
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 gymnastics equipment set.
Following a standard maintenance routine preserves the finish and keeps the apparatuses structurally stable for years.
Checking cable turnbuckles daily, cleaning chalk residue off bars, and sweeping foam pits.
Checking floor anchor bolt torque, verifying bar wood veneers, and testing mat foam density values.
Upgrading old springboards, replacing worn leather balance beam covers, and replacing foam block pits.
Our engineers bring over 15 years of experience in structural safety design and gymnastics equipment installation.
We import certified, FIG-approved apparatuses and high-density landing mats directly from leading manufacturers.
We handle everything—from floor mapping and bracket anchoring to safety cables, landing zones, and safety signs.
Calculating safety clearances, developing detailed layout schematics, and planning anchor specifications.
Drilling concrete floor plates, securing base frames, tensioning cables, and fitting landing mats.
Checking cable tension levels, safety walk-through, verifying landing shock parameters, and equipment handover.
Engineered for athletic performance, structural stability, optimal landing cushioning, and FIG standards.
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