The Fractal bicycle rack, identified by product number 05.053, represents a sophisticated solution within the ZANO collection of urban furniture. Designed with a geometric and minimalist aesthetic, this rack integrates seamlessly into contemporary street furniture landscapes, offering a high-performance alternative to traditional bicycle storage. The structure is crafted from robust steel profiles and bars, ensuring durability and long-term resistance to environmental stressors in high-traffic public spaces. By prioritizing both form and function, the Fractal rack provides a stable and secure anchoring system for bicycles, meeting the rigorous demands of modern city infrastructure.
Flexibility is a defining characteristic of the Fractal series. The rack is available in two distinct material configurations: high-quality carbon steel (S235Jr) or premium stainless steel (AISI 304), allowing for customization based on specific environmental requirements or aesthetic preferences. Furthermore, the installation process can be tailored to the project site, offering options for either surface-mounted screw fastening or secure grouting into the ground. With a total width of 112 1/2 inches and a height of 19 3/4 inches above the ground surface, the design provides an optimal footprint for diverse urban environments, including parks, plazas, and commercial business districts.
To accommodate the varying needs of modern transit hubs, the Fractal rack is highly scalable, supporting capacities ranging from 3 to 9 bicycle parking spaces. This modularity ensures that the rack can be efficiently deployed as a standalone unit or integrated into larger bike racks systems within dense urban areas. By combining industrial strength with refined design, this piece serves as a critical component of sustainable city planning. Its precise engineering reflects a commitment to quality street furniture, providing commuters with a reliable and accessible solution while maintaining the visual cohesion and structural integrity required for public space development.