180×105cm Wall Mounted Basketball Stand

Technical Specifications

Key Features & Benefits

• System folds upward to store nearly flat against the wall creates clear overhead court space when the unit is retracted — a confirmed space-saving storage geometry that allows the full court ceiling and floor volume to be repurposed for non-basketball multi-purpose facility programming without the backstop occupying overhead clearance in the active play zone.
• Rugged steel tubing frame system with rustproof powder coating treatment provides a corrosion-resistant structural frame for both indoor and outdoor wall-mounted deployment — the powder coating treatment is specified as rustproof, addressing the moisture exposure conditions of outdoor or semi-sheltered installations without requiring a separate galvanization process.
• 12mm thickness tempered glass on the 180×105cm (71×41") backboard provides a defined glass thickness specification for impact deflection performance — the 12mm thickness is the confirmed glazing calibration for this product, distinct from thinner tempered glass options, and is relevant to procurement specifications requiring documented glass thickness for rim impact load assessment.
• Electric winch required for operation, controlled via remote, drives the fold-up and deployment cycle without manual crank or lever actuation — remote control deployment allows the unit to be configured for play or retracted to storage position from floor level without requiring personnel to access the elevated backboard or frame structure directly.
• Rustproof powder coating treatment in black or white finish options provides two confirmed exterior color selections for facility aesthetic alignment, with the rustproof specification applicable to both finish colors — relevant for outdoor and semi-sheltered installations where coating durability under weather exposure is a procurement specification.
• Variable overhang (offset) length custom configured to site condition profiles allows the wall-to-backboard distance to be specified per installation rather than fixed to a single standard dimension — addressing site-specific wall obstruction, court boundary, or structural anchor point conditions that a fixed-offset product would not accommodate.

Applications

• Installed at multi-purpose indoor municipal fields where the fold-up-to-flat-against-wall storage geometry clears overhead space for non-basketball programming, and remote-controlled electric winch deployment allows rapid configuration changeover between programmed activities without manual intervention at height.
• Deployed at institutional school gymnasium conversions where the rustproof powder coating in black or white finish aligns with facility color schemes, the 12mm tempered glass backboard meets impact performance specifications for student athletic programs, and custom overhang length accommodates existing gymnasium wall layouts.
• Specified for high-capacity commercial sports centers where heavy-duty two welded-link chain stabilization secures the unit in active play position under high-frequency member use, and the complete system supply with included hardware reduces multi-unit procurement and installation coordination.
• Used at elite indoor training hubs where electric winch remote-controlled deployment supports rapid transitions between training configurations, the 180×105cm 12mm tempered glass backboard provides competition-equivalent rebound performance, and bolt-on backboard padding in institutional colors meets athlete safety specifications.
• Deployed at sheltered outdoor military court spaces where universal wall mount adjustability for indoor or outdoor application and rustproof powder coating address the environmental exposure conditions of semi-sheltered court structures, and the rugged steel tubing frame meets the durability requirements of high-intensity institutional use.

FAQ

Q1: How does the electric winch and remote control system operate the fold-up basketball goal?
The system requires an electric winch for operation, with deployment and retraction controlled via remote control. This configuration allows the unit to be moved between active play position and folded storage position without manual crank operation or personnel accessing the elevated frame structure; specific winch motor rating, deployment cycle time, and remote control range are not confirmed in the current brief and should be requested from the manufacturer.

Q2: What structural rigidity and rim impact resistance does the 180×105cm 12mm tempered glass backboard provide?
The backboard is structural tempered glass at 180×105cm (71×41") with a confirmed 12mm thickness — a defined glazing specification distinct from thinner tempered glass alternatives. The 12mm thickness is specified for this product's rim impact and deflection performance requirements; specific load test values and deflection limits are not confirmed in the current brief and should be requested from the manufacturer for facility structural compliance documentation.

Q3: What storage margins and retraction behavior does the fold-upward-to-near-flat-against-wall system provide?
The system folds upward to store nearly flat against the wall, providing a confirmed space-saving storage geometry that clears the active play zone overhead space when retracted. Specific retracted storage depth dimensions, fold cycle time, and minimum ceiling clearance required for the fold trajectory are not confirmed in the current brief and should be requested from the manufacturer for facility ceiling height and clearance planning.

Q4: How is the variable overhang (offset) length customized to site conditions, and what site information is required?
The overhang (offset) length is variable and custom configured according to site condition profiles, allowing the wall-to-backboard distance to be specified per installation rather than fixed to a standard dimension. Specific site survey information required by the manufacturer to calculate the custom overhang — such as wall mounting height, court boundary distance, and structural anchor point locations — should be confirmed at order stage.