Gared Performance Sports Systems Four-Point Wall Mount Series 4'-6' Extension, Fan-Shape Board (GPS-2300-4060)

Product Features

• Fan-Shape Board Compatibility Specifically engineered to support backboards with standard 20 inch x 35 inch mounting centers.
• Institutional Steel Construction Built with high-grade, thick-walled steel tubing to withstand the daily rigors of competitive gymnasium use.
• Gloss Black Powder Coat Finished with a durable, baked-on powder coating that resists scratches, chipping, and corrosion.
• Simplified Telescopic Installation The modular design allows for easy assembly and quick on-site adjustments for a perfect fit.
• Enhanced Player Safety The 6-foot maximum extension creates a wide buffer zone, reducing the risk of baseline collisions during fast-paced play.
• 5-Year Structural Warranty Backed by Gared's institutional guarantee, ensuring the mounting frame remains reliable for half a decade.
• Traditional Four-Point Attachment Provides a classic, high-stability mounting configuration for consistent rebound performance.
• Telescopic 4-6 Foot Extension Includes an adjustable sliding frame that allows the backboard to be set precisely between 48 and 72 inches from the wall.
• Stationary Non-Folding Unit A permanent mount design that provides maximum rigidity and requires virtually no maintenance compared to folding units.
• Obstruction Bypass Capability The modular steel frame is designed to be installed around existing wall obstacles like conduits or plumbing.
• Direct Goal Attachment Capability Designed to support a direct rim-to-structure connection when used with an optional height adjuster to prevent backboard stress.
• 4/0 Upper Safety Chains Equipped with high-tensile safety chains to provide essential overhead suspension and vertical frame support.
• Malleable Turnbuckles Includes heavy-duty turnbuckles for fine-tuning the system to ensure the backboard is perfectly level and plumb.
• Structural Wood Mounting Pads Comes with clear-coated Southern Yellow Pine pads to distribute impact forces and weight evenly across the wall.

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