A modular, timber‑clad cycle shelter offering weather protection with unrestricted access. The Turvec Cubic Open Fronted Timber Cycle Shelter combines robust steel construction with natural materials for high‑quality public and workplace bike parking.
The Turvec Cubic Open Fronted Timber Cycle Shelter is a contemporary cycle parking solution designed for sites where ease of access, visibility and architectural quality are key considerations.
Built around Turvec’s established Cubic modular framework, this shelter pairs a galvanised steel structure with timber cladding to the rear and side elevations, while leaving the front open for intuitive, high‑flow access. The result is a durable and practical shelter that integrates comfortably into public realm, workplace and residential environments.
The modular nature of the Cubic system allows the shelter to be extended in length to accommodate additional cycle parking as demand increases. It is compatible with both single‑tier and two‑tier cycle racks, enabling efficient use of space without compromising user experience.
Manufactured to EN 1090 standards and CE marked, the Turvec Cubic Open Fronted Timber Cycle Shelter provides long‑term structural performance. A range of optional enhancements, including powder‑coated steelwork and green sedum roofs, enable the shelter to be tailored to suit planning, sustainability or aesthetic requirements.
The open fronted version does not include gates or a fully enclosed structure. One elevation remains open, providing free access and improved visibility while still offering weather protection.
Yes. The open‑fronted design is ideal for public realm, commercial and high‑use sites where quick access and passive surveillance are important.
Yes. The Cubic system is modular, allowing additional bays to be added as cycle parking demand grows.
The shelter can be supplied with a choice of softwood or hardwood cladding, depending on the desired appearance and durability requirements.
Yes. Sedum green roofs can be specified, with enhanced roof load options available for biodiverse roof systems.
