InnoVault

Modern Bicycle Shelter for Secure, Space-Efficient Storage

£4000.00

Key Features:

Body Material: timber / glass fibre hybrid

Locking: Fob based mechanism

Finish Options: Timber body, white glass fibre or painted to preference

External Dimensions: 2470 x 2125 x 1545mm

Add-Ons: Internal Lighting, Solar charger

Our latest cycle shelter is engineered to deliver durability, security, and modern aesthetics while optimizing ease of use and installation. Designed to accommodate up to six bicycles, it offers a compact yet highly functional storage solution for residential, commercial, and public environments.

At the core of the structure is an innovative timber / glass fibre hybrid body. This advanced material combination provides several key advantages over traditional steel designs including its light weight, corrosion resistance and low carbon footprint while maintaining an equal, excellent structural strength. Additionally, the material offers improved thermal stability, reducing condensation build-up inside the shelter and helping protect stored bicycles.

The shelter features a smooth, lightweight sliding door system to maximise the user experience while minimising the visual impediment of outwards opening door systems. Its low operating force makes it suitable for frequent daily use while maintaining robust security, and its enlarged handle is designed to ensure it fits all users' needs.

Finishing options include the natural, warm timber finish, the glass fibre finish for a clean look or a painted finish to the preference of the client.

The unit is carefully proportioned to maximize storage capacity while minimising space usage, with dimensions allow two units to be installed in a 5m parking bay. The interior layout comfortably accommodates six bicycles, making it ideal for shared residential blocks, workplaces, and public facilities.

This cycle shelter combines modern material engineering with practical design, offering a long-lasting, low-maintenance alternative to traditional steel storage units while enhancing both usability and visual appeal.