• Complete side isometric view of FIBA-approved permanent inground basketball hoop showing 300×400mm steel column, 2.25m offset arm, 180×105cm tempered glass backboard, and powder-coated black finish for indoor and outdoor court installation.
  • Close-up cross-section view of heavy-duty strong anchor kit set subsurface installation plate securing the 300×400mm inground basketball pole column into concrete footing, showing zinc rich primer base layer corrosion protection on structural steel.
  • High-magnification detail of 180×105cm × 1.2cm transparent tempered glass backboard panel matrix and solid steel flex rim interface on FIBA-approved inground basketball hoop, with protective frame shielding and custom padding graphics visible.
  • Complete side isometric view of FIBA-approved permanent inground basketball hoop showing 300×400mm steel column, 2.25m offset arm, 180×105cm tempered glass backboard, and powder-coated black finish for indoor and outdoor court installation.
  • Close-up cross-section view of heavy-duty strong anchor kit set subsurface installation plate securing the 300×400mm inground basketball pole column into concrete footing, showing zinc rich primer base layer corrosion protection on structural steel.
  • High-magnification detail of 180×105cm × 1.2cm transparent tempered glass backboard panel matrix and solid steel flex rim interface on FIBA-approved inground basketball hoop, with protective frame shielding and custom padding graphics visible.

Inground Basketball Hoops (FIBA Approved Equipment)

Permanent inground basketball hoop, FIBA-approved, 300×400mm pole, 3.05m height, 2.25m offset, 180×105×1.2cm tempered glass backboard.
  • Complete side isometric view of FIBA-approved permanent inground basketball hoop showing 300×400mm steel column, 2.25m offset arm, 180×105cm tempered glass backboard, and powder-coated black finish for indoor and outdoor court installation.
  • Close-up cross-section view of heavy-duty strong anchor kit set subsurface installation plate securing the 300×400mm inground basketball pole column into concrete footing, showing zinc rich primer base layer corrosion protection on structural steel.
  • High-magnification detail of 180×105cm × 1.2cm transparent tempered glass backboard panel matrix and solid steel flex rim interface on FIBA-approved inground basketball hoop, with protective frame shielding and custom padding graphics visible.

Description

Technical Specifications

Parameter Specification
Product Designation Inground Basketball Hoop
Compliance Rating FIBA Approved Model
Configuration Style Permanent Inground Type
Anchoring Infrastructure Heavy-Duty Strong Anchor Kit Set
Column Cross-Section 300 × 400 mm
Operational Height 3.05 m (Standard)
Overhang (Offset) 2.25 m
Backboard Material Structural Transparent Tempered Glass
Backboard Dimensions 180 × 105 cm × 1.2 cm
Primary Metallurgic Base Primer Zinc Rich Primer
Exterior Coating Finish Powder Coating — Black or Custom Color
Rim Engineering Type Solid Steel Flex Rim
Protective Safety Components Protective Frame Shielding with Custom Padding Graphics Options
Environmental Placement Rating Indoor & Outdoor Basketball Installation

Key Features & Benefits

  • Structural geometry matches FIBA-approved model dimensional benchmarks, satisfying tournament court regulatory requirements without field modification.
  • Permanent inground installation type with heavy-duty strong anchor kit set eliminates lateral displacement under sustained competitive play loads.
  • 300×400mm main pole column cross-section provides the load transfer capacity required for high-impact institutional and arena-grade deployment.
  • Dual-layer corrosion resistance — zinc rich primer base layer beneath powder coating — extends service life across indoor and outdoor environmental exposure cycles.
  • 180×105cm × 1.2cm transparent tempered glass backboard delivers consistent ball rebound response aligned with tournament-grade surface standards.
  • Solid steel flex rim construction absorbs repetitive rim-contact kinetic forces while maintaining rim geometry under sustained dunking and play loads.

Applications

  • Public municipal athletic parks utilize the permanent inground anchor framework to meet local sports infrastructure durability and safety requirements.
  • Regional multi-sport competition arenas install the FIBA-approved configuration to satisfy official match play regulatory court geometry.
  • Institutional university tournament courts specify the 300×400mm column and tempered glass backboard for intercollegiate competition compliance.
  • Elite athlete training facility developments deploy the permanent inground type for consistent, regulation-accurate repetition environments.
  • High-traffic military base recreation spaces select the indoor/outdoor-rated build for continuous operational use under varied environmental conditions.

FAQ

1. Does this hoop meet FIBA court regulatory requirements?
This unit is an FIBA-approved model, confirming dimensional and structural alignment with official tournament court specifications. Procurement teams should verify current regional FIBA registration documentation with the supplier for jurisdiction-specific compliance records.

2. What does foundation installation require for the 300×400mm column?
Installation requires a subsurface excavation sized for the heavy-duty strong anchor kit set, which secures the 300×400mm column base into a permanent concrete footing. Exact excavation depth and concrete volume should be confirmed against the supplied installation engineering drawing.

3. What are the operational height and overhang dimensions?
The unit operates at the standard 3.05m rim height with a 2.25m horizontal overhang (offset) from column face to backboard center. These dimensions satisfy standard court setback geometry for both indoor arena and outdoor court configurations.

4. How is long-term corrosion resistance maintained across indoor and outdoor environments?
The steel column receives a zinc rich primer base layer followed by a powder coating exterior finish, providing a dual-stage barrier against oxidation and surface degradation. This treatment sequence supports stable performance across both controlled indoor and exposed outdoor installation environments.

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