| Parameter | Engineering Specification | Design Target / Compliance |
| Footprint Dimensions | 4500 mm (L) x 1354 mm (W) x 2200 mm (Overhead H) | Dual-Court Center Clearance Layout |
| Main Framework Material | Structural Extruded Aluminum Alloy (6063-T6) | ASTM B221 High-Tensile Standard |
| Profile Wall Thickness | 3.0 mm Heavy-Duty Load-Bearing Members | Anti-Deflection Industrial Specification |
| Surface Treatment | Architectural-Grade Thermoset Powder Coat | AAMA 2604 / AAMA 2605 Target |
| Logistics Packaging | 13-Piece Modular Knockdown Flat Pack | High-Density Container Freight Optimization |
| Wind Load Threshold | Engineered to withstand up to 100 km/h | Structural Anti-Tip Stability Clearance |
| Seating Units | 4 Integrated High-Impact Ergonomic Polymer Seats | UV-Stabilized Outdoor Stadium Standard |
| Hardware & Fasteners | Grade 304 / 316 Stainless Steel Components | Marine-Grade Rust Isolation |
Dual-Court Placement Efficiency: The 4.5-meter structural footprint bridges adjacent court layouts cleanly, operating as a centralized, shared player rest hub that maximizes usable sideline clearance.
Overhead Canopy Engineering: The structural 6063-T6 top frame securely supports a heavy-duty, weather-resistant canvas membrane that blocks intense UV rays, reducing surface temperatures for resting athletes.
Unified Equipment Utility: Integrates an impact-resistant central coffee table alongside dual lockable storage bins, shielding balls, towels, and training assets from weather elements.
13-Piece Knockdown Logistics: Flat-pack shipping engineering divides the massive assembly into 13 tightly packed components, drastically reducing international B2B ocean freight volumes and distribution costs.
Zero-Rust Structural Framework: The combination of architectural powder coating and stainless steel fasteners prevents atmospheric oxidation, bubbling, and peeling in severe outdoor environments.
Dual Connected Championship Tennis Courts: Replaces mismatched single benches with a uniform, high-end baseline asset to serve adjacent tournament courts.
Multi-Court Pickleball Complexes: Optimizes dense, modern facility layouts by inserting shared, high-capacity player stations within layout buffer zones.
Premium Country Club Facilities: Elevates courtside landscaping aesthetics with clean, powder-coated architectural finishes that resist heavy daily use.
University Varsity Stadiums: Provides rugged, long-life team infrastructure capable of withstanding high-turnover training schedules and rough multi-sport wear.
Professional Outdoor Event Sidelines: Facilitates fast deployment, leveling calibration, and rapid breakdown for temporary televised tournament circuits.
Q: How does the overhead canopy framework handle severe wind loads on completely open outdoor courts?
A: The overhead shading canopy is built into the main frame using heavy-wall 3.0mm aluminum profiles and deep-pocket interlocking sleeve joints. This geometry distributes lateral wind force down into the wide 1354mm base, targeting structural stability up to 100 km/h. For high-exposure sports facilities, the base plates feature pre-drilled clearance holes for permanent concrete anchor bolts to guarantee absolute anti-tip safety.
Q: What is involved in the field assembly and layout calibration of the 13 shipped pieces?
A: The system is engineered as a true shop-floor knockdown kit. All 13 modular components arrive pre-machined, pre-drilled, and labeled with exact assembly sequences. Two maintenance technicians can easily complete the framework interlocking, component layout calibration, and final bolt tightening within 90 minutes using standard metric hand tools.
Q: How does the massive 4.5-meter continuous base plate handle ground water drainage during heavy downpours?
A: The bench base relies on elevated cross-member footings that raise the structural framing off the court surface. Individual seating slats and table elements incorporate integrated 5mm weep gaps. This prevents rainwater from pooling on user surfaces and allows heavy rainfall to drain freely beneath the chassis without blocking the court's natural slope drainage lines.
