| Parameter | Specification |
|---|---|
| Product Designation | Underground Basketball Stand — Commemorative Model |
| Commemorative Model Variants | A300-Y, A300-J, A300-H |
| Configuration Style | Permanent Inground Type |
| Anchoring Infrastructure | Heavy-Duty Strong Anchor Kit Set |
| Column Profile Material | Structural Square Steel |
| Column Cross-Section | 200 × 300 mm |
| Operational Height | 3.05 m (Standard) |
| Overhang (Offset) | 1.90 m |
| Backboard Material | Transparent Tempered Glass |
| Backboard Dimensions | 180 × 105 cm × 1.2 cm |
| Primary Metallurgic Base Primer | Zinc Rich Primer |
| Exterior Coating Finish | Powder Coating — Multiple Color Options |
| Rim Engineering Type | Solid Steel Flex Rim |
| Protective Safety Components | Protective Shielding with Custom Padding Graphics Options |
| Safety Padding Shape Varieties | Multiple Design and Shape Varieties Available |
| Environmental Placement Rating | Indoor & Outdoor Basketball Installation |
1. What foundation infrastructure does the 200×300mm square steel column require?
Installation requires a subsurface excavation sized to accept the heavy-duty strong anchor kit set, which bonds the 200×300mm square steel column base into a permanent concrete footing. Exact excavation depth and concrete volume should be confirmed against the supplied installation engineering drawing before site preparation begins.
2. What are the confirmed operational height and overhang dimensions across all three variants?
All A300-series variants operate at the standard 3.05m rim height with a 1.90m horizontal overhang (offset) from column face to backboard center. These dimensions satisfy standard court setback geometry for both indoor arena and outdoor public court configurations.
3. How does the dual-layer treatment maintain structural integrity across indoor and outdoor environments?
The square steel column receives a zinc rich primer base layer followed by a powder coating exterior finish, providing a dual-stage oxidation barrier across indoor and outdoor installation environments. This treatment sequence supports long-term structural stability without surface degradation under normal institutional deployment and environmental exposure conditions.