Product Description
Two Tier E-Bike Rack
Looking to upgrade your cycle storage infrastructure with a future-ready solution? Our Two-Tier E-Bike Racks combine secure, high-density storage with integrated e-bike charging to support the growing demand for electric bike use.
Designed for commercial basements, residential developments, and public cycle hubs, this innovative solution allows cyclists to park and charge their bikes with ease. With optional Gas Assisted Upper Tier trays, accessing the top level is seamless, with no lifting or awkward angles.
Each unit includes twin-gang 13A 240V plug sockets at a safe and accessible height, ensuring practical power distribution. With galvanised channels for long-lasting durability and a RAL powder-coated finish available, the racks blend seamlessly with your site’s design requirements.
Built for convenience, safety, and compliance with active travel infrastructure standards, these racks are a long-term solution backed by a 10-year warranty. If you’re looking to specify secure bike storage in London or across the UK & Ireland, our team is here to help.
Applications
- Office & Commercial Buildings
- Residential Apartment Blocks
- Student Accommodation
- Hotels, Retail Developments & Transport Hubs
Drawings
Downloads & Spec Tools
Technical Specifications
| Specification | Details |
|---|---|
| Material | Mild steel, hot-dip galvanised to BS EN ISO 1461:2022 |
| Channels | Galvanised steel for enhanced durability |
| Upper Tier | Optional gas-assisted tray with EasyGrip Handles |
| Socket Type | Twin-gang 13A 240V plug socket |
| Installation | Freestanding – single-sided or back-to-back configuration |
| Finish | Polyester powder-coated (RAL options available) |
| Locking Mechanism | Integrated steel locking hoop for frame and wheel security |
| Gas Assisted Option | Available on request |
| Accessibility | Ergonomically designed for easy e-bike mounting and unmounting |
| Power Supply | Ready for e-bike charging infrastructure |
| BREEAM Compatibility | Yes |
| Warranty | 10 years |
| Installation | Installation is available nationwide but not required – supply-only orders are welcome |
Tailored Design for Seamless Integration
We understand that bike storage is not only functional but part of your architectural vision. The Two Tier E-Bike Racks can be powder-coated to any RAL colour, allowing you to match the project. branding or blend seamlessly into your environment.
Looking for E-Scooter storage? See our E-Scooter Rack here
Ready to future-proof your bike storage?
Contact us to book a no-obligation site survey or request a quote.
Don’t forget to download the specification sheets and NBS files to include in your project today.
Frequently Asked Questions
Here are answers to common specification and installation questions regarding the Two Tier E-Bike Racks.
How are Two Tier E-Bike Racks different from standard two tier systems?
Two Tier E-Bike Racks are engineered to support the increased weight and frame dimensions of electric bicycles. The structure and lifting mechanisms are designed to ensure safe and reliable operation for heavier bikes.
Are assisted lifting mechanisms included?
Yes. Assisted lifting mechanisms are typically specified to improve usability when storing heavier e-bikes on the upper tier, enhancing accessibility and user experience.
Where are Two Tier E-Bike Racks typically specified?
They are commonly specified for high-density residential schemes, commercial offices, transport hubs and education campuses where electric bicycle usage is increasing and maximum storage capacity is required.
Can these racks be integrated with charging infrastructure?
Yes. Two Tier E-Bike Racks can be specified alongside dedicated charging points or charging cabinets to create a complete electric cycle storage solution.
Does this system support planning compliance?
Yes. By maximising capacity while accommodating modern e-bike usage, these racks help developments meet required cycle parking quotas and support active travel strategies.
What preparation is required before installation?
Installation requires fixing into a structurally suitable concrete slab or floor base. Adequate ceiling height, circulation space and any required electrical provision should be considered during layout planning. Technical drawings are provided to support compliant installation.
