Options
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Construction
- carbon steel (s235Jr)
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Methods of installation
- embedded in concrete
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Rack size
- 6
- 8
- 10
- 12
- 14
The Fractal Bicycle Rack (05.452.SC) is a professional solution for modern urban furniture infrastructure, meticulously designed to provide secure and efficient bicycle parking in public spaces. Engineered as part of the esteemed Fractal product line, this bicycle rack combines minimalist aesthetic appeal with high structural durability. Constructed from high-quality carbon steel (S235JR), the rack utilizes a combination of robust steel tubes and closed profiles to withstand intensive daily use in various metropolitan environments. Its industrial-grade finish ensures resilience against external factors, making it an ideal component for any contemporary street furniture layout.
Functionality remains at the forefront of the Fractal design, offering versatile configurations to accommodate varying traffic demands. The rack is available in multiple capacity sizes, ranging from 6 to 14 bicycle parking spots, allowing urban planners to tailor the unit to specific site requirements. With a width of 80 cm, a length of 200 cm, and a height of 80 cm above the ground surface, the structure provides an ergonomic and accessible interface for cyclists. The installation process is facilitated by an anchoring section, bringing the total height to 140 cm when embedded in concrete, which ensures the unit is firmly secured and resistant to unauthorized movement or vandalism.
As a key element of sustainable urban design, the Fractal Bicycle Rack addresses the growing need for organized micromobility parking in cities, parks, and office complexes. The system’s modular capacity options make it highly adaptable, whether integrated into a larger sequence of benches and trash bins or installed as a standalone focal point. By prioritizing high-grade materials and structural integrity, this bike rack serves as a reliable piece of street furniture that maintains aesthetic continuity within the Fractal series while fulfilling the technical demands of high-traffic transit hubs and commercial districts.