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The Jordan Studio Dumbbell Rack is a space-saving solution designed to keep gyms and studios organized while maximizing floor space. With the capacity to hold up to 42 pairs of dumbbells arranged in 11 columns, this rack is perfect for facilities with high traffic and limited storage.
Featuring a secure locking system, it ensures that all dumbbells remain in place, providing safety and preventing accidental falls. The addition of lockable wheels allows for easy transportation, making it simple to move the rack between workout areas or fitness classes as needed.
With dimensions of 1,080mm in height, 1,020mm in length, and 620mm in depth, it offers ample storage while maintaining a compact footprint. Available in black or grey as standard, with additional color customization options, it seamlessly integrates into any gym aesthetic. Dumbbells are not included but can be purchased separately or as part of a complete set.
The JORDAN Studio Dumbbell Rack is a compact and highly efficient storage solution designed to support group fitness environments, boutique gyms, and studio settings where space and mobility are key.
Compact, high-capacity designThis rack holds up to 42 pairs of dumbbells, neatly arranged in 11 columns—maximising storage without occupying excessive floor space, making it perfect for class-based settings.
Secure locking system for safetyThe integrated locking system keeps all dumbbells firmly in place during storage or transport, reducing the risk of accidents and ensuring a tidy workout area.
Mobile and easy to relocateFitted with lockable wheels, the rack can be easily moved between training areas or studio spaces, allowing flexible use across different fitness zones.
Customisable aesthetic to match your gymAvailable in standard Black or Grey, with a range of custom colour options available to align with your studio’s branding or interior design.
Specifications
The JORDAN Studio Dumbbell Rack delivers space-saving, secure, and mobile dumbbell storage—perfect for dynamic fitness spaces that demand both function and flexibility.