• Non-invasive installation: the use of concrete bases stabilizes the product on the ground, eliminating the need to drill or damage road surfaces and high-quality flooring with mechanical plugs.
• Protection against vandalism: concealing the stainless steel fixing screws under the special metal covers hinders unauthorized disassembly attempts of the tubular structure.
• Scalability of parking capacity: the possibility of joining multiple modules in series allows for easy expansion of the bicycle parking in response to increased cyclist flows.
• Reduction of replacement costs: the use of treated steel (galvanized/powder-coated or pure stainless steel) combined with concrete gives the product the ability to withstand years of bad weather without structural deterioration.

The installation of this rack model is the strategic choice for urban furniture equipment at schools, community centers, railway stations and university campuses. Its peculiarities make it the technical solution required where placement must occur in places where it cannot be fixed to the floor using plugs, such as in the case of squares equipped with waterproofing membranes, historic surfaces or floor slabs. Thanks to the high specific weight of the supports, the rack guarantees stability and order in any outdoor context, resisting adverse atmospheric agents typical of public areas.

It is appropriate to choose this specific device when the operational specifications require a natively self-supporting and extremely robust bike rack structure. Unlike racks made of light alloys, this option exploits the mass of the sandblasted concrete sides to guarantee immediate immobility of the product, ensuring immediate installation. It is the product of choice for designers looking for aesthetic flexibility, guaranteed by the wide choice between RAL painted finish or stainless steel, while maintaining the possibility of expanding the parking rows through battery configurations.

How does the installation of this rack differ from traditional floor-mounted models?

Unlike standard bike racks that require floor drilling and forced anchoring using mechanical plugs, this h10922 model is totally self-supporting. By exploiting the massive weight of the sandblasted concrete side walls (which bring the base module to exceed 190 kg), the rack stabilizes on the ground by gravity, preserving the integrity of the underlying flooring.

Is the material treatment suitable and guaranteed for outdoor exposure in accordance with urban furniture needs?

Yes, the product is specifically engineered to optimally cope with bad weather. The metal supporting structure provides two high-level technical variants: it can be supplied in pure stainless steel, or in galvanized steel and further protected by thermosetting polyester powder coating. Both solutions prevent corrosion and guarantee the product's resistance outdoors in harsh environments.

Is it possible to create bicycle parking areas larger than the 9 spaces provided by the largest model?

Absolutely yes. The mechanical design of the bike rack provides for serial placement. Through this system, it is possible to connect different modules to each other (for example by joining a 9-seater element with a 7-seater one) to form a single solid and continuous battery composition, capable of accommodating an unlimited number of bicycles based on the available space on site.