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Premium 40-Cycle Open Compound Bike Shelter
Premium 40-Cycle Open Compound Bike Shelter
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Encourage eco-friendly commuting and provide a secure, weather-resistant parking solution with this high-capacity open compound bike shelter. Designed to comfortably accommodate up to 40 bicycles, it is the ideal infrastructure upgrade for large schools, university campuses, major commercial office buildings, and busy public spaces.
Built for longevity and ease of use, this shelter combines a spacious, dual-sided layout with rugged materials to keep bicycles protected and premises organized.
Key Features
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High-Capacity Layout: Purpose-built to shelter up to 40 bicycles, featuring an accessible open compound design with a wide central walkway for easy navigation and smooth traffic flow.
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Heavy-Duty Frame: Constructed with a best-in-class 60mm x 60mm strong steel frame, ensuring exceptional stability and structural integrity even in high-traffic environments.
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Optimal Weather Protection: Fitted with high-quality, UV-stabilized clear roof panels that shield bicycles from rain, snow, and harsh sunlight while maintaining a bright, safe interior.
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Low Maintenance: Manufactured from premium, weather-resistant materials designed for long-lasting commercial performance with minimal upkeep.
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Efficient Delivery: Supplied flat-packed for straightforward on-site assembly.
Technical Specifications
| Feature | Specification |
| Bicycle Capacity | 40 Cycles |
| Frame Construction | 60mm x 60mm Heavy-Duty Steel |
| Roofing Material | UV-Stabilized Clear Panels |
| Design Style | Dual-Sided Open Compound |
| Finish Options | Galvanized or Powder Coated |
| Fixing Options | Baseplate (Surface Mount) or Submerged |
| Delivery Format | Supplied flat-packed |
Why Choose This Bike Shelter?
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Promotes Health & Wellness: Encourages employees, students, and visitors to adopt an active lifestyle by providing a dedicated, safe place to park their bikes.
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Supports Green Initiatives: Helps organizations reduce their carbon footprint by facilitating eco-friendly alternative transport.
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Improves Site Aesthetics: Eliminates the clutter of bikes chained to railings or lampposts, keeping your grounds neat, organized, and professional.
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Maximum Space Optimization: The efficient compound design maximizes parking density for large sites without sacrificing user accessibility.
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