Basketball Tower Competition Complete

The Basketball Tower Competition Complete is an easily transportable, full-size tower with a maximum reach of 2400mm. It features a reversible option to allow both full-size basketball and netball courts, including a 20mm double-strutted powder-coated basketball ring and a netball ring on reversible models. The high durability SMC backboard is much stronger and more durable than timber alternatives, expected to last up to 10 years depending on the environment. The four-piece design includes heavy-duty 115mm OD high-tensile 350 grade galvanized steel, with the upright and outreach hot-dipped before fabrication and the main support after fabrication for extra strength. It can be made in different strengths to suit W28, W41, and W50 wind-rated areas. The structure includes a construction cage and sleeve, an upright locking flange, and a turning tool for reversible models. The structure can be removed from the sleeve if required. 

REACH

• W28: 1.2m
• W41: 2.4m
• W50: 2.4m

PRODUCT FEATURES

• FULL-SIZE TOWER: Maximum reach of 2400mm.
• REVERSIBLE OPTION: Includes both basketball and netball rings.
• DURABLE BACKBOARD: High durability SMC backboard, expected to last up to 10 years.
• HEAVY-DUTY CONSTRUCTION: Made from 115mm OD high-tensile 350 grade galvanized steel.
• WIND-RATED: Available in strengths to suit W28, W41, and W50 wind-rated areas.
• EASY TRANSPORTATION: Four-piece design for easy transport and setup.
• REMOVABLE STRUCTURE: Can be removed from the sleeve if required.

WIND RATING
Wind ratings are classifications that combine wind region, terrain category, shielding, and topography to determine the appropriate wind load for structures and equipment. The classification is divided into three categories: W28, W41 and W50.

• W28: Very low wind, suitable for sheltered areas.
• W41: Standard for most areas.
• W50: Suitable for cyclone prone areas. 

By understanding these factors and selecting the appropriate wind rating, you can ensure that your equipment is safe and reliable in its specific environment.