Rail mounts: Some bike rack units can be connected with rails.Surface and gusset mounts are used to secure a bike rack into an existing piece of concrete. Surface mounts with this extra support are called gusset mounts. For added support, surface mounts can also include triangular brackets, also referred to as gusset plates, to reinforce the connection between the flange and tubing. Surface: Flanges extending outwards from the base of the bike rack are secured into existing concrete with lag bolts.These stable mounts are most secure from theft or vandalism. In-ground: The base of the bike rack is planted into the ground, and secured by a perpendicular anchor pin for stability.īike racks can be mounted to a surface in a number of different ways. Nameīasic bike rack that is used in urban areas because it can be placed along sidewalks without taking too much space away from pedestrians. Specific details such as bolt size, tubing diameter, tubing style (square or round), height, length, and many other things vary with manufacturer, but typically, there are six general styles of commercial bike rack. Many different styles of bike rack are available to match any environment. Class II bike racks can be implemented near restaurants, parks, picnic areas, or other similar places. Weather protection is not as important for this class, however proximity to main attractions and public visibility should be considered to encourage usage and enhance security. These bike racks are needed when cyclists will be leaving their bikes unattended for less than two hours. (See also Bicycle parking station.) Class II More commonly seen in public areas are Class II bike racks. When implementing Class I bike racks, installers should also incorporate some form of weather protection for the racks and bikes. Examples of these environments are office buildings, elementary schools, libraries, etc. Class I parking regulations are implemented when bicycles will be parked for hours at a time. Most Dutch bicycles have a rear wheel lock, so that wheel need not be locked.īike parking needs vary from environment to environment.Ĭlass I Some locations require Class I standards (commonly referred to as long-term bike parking). These racks are made of steel and have a large bar to which the frame may be easily locked. Bikes can be parked in a smaller area as the handlebars (usually wider than the back of the bicycle) of every other one is at a different height (either high or low). In Amsterdam two-tiered bicycle stands are ubiquitous. Therefore, limiting its effectiveness in high-crime areas. In August 2006, it became publicly known that these stands could be defeated by prying the ring off with a two-by-four. Since 1984 the City of Toronto has installed post and ring bicycle racks consisting of a steel bollard or post topped by a cast aluminium ring. Each material has advantages and disadvantages, and each is unique in appearance from the others. Construction materials include stainless steel, steel, recycled plastic, or thermoplastic. Durability, weather resistance, appearance, and functionality are extremely important factors when choosing the material of the bike rack. The most effective and secure bike racks are those that can secure both wheels and the frame of the bicycle, using a bicycle lock.īike racks can be constructed from a number of different materials. General styles of racks include the Inverted U, Serpentine, Bollard, Grid, and Decorative. Indoor bike racks are commonly used for private bicycle parking, while outdoor bike racks are often used in commercial areas. A bike rack may be free standing or it may be securely attached to the ground or some stationary object such as a building. White cycles for free use in Hoge Veluwe National Park, the NetherlandsĪ bicycle parking rack, usually shortened to bike rack and also called a bicycle stand, is a device to which bicycles can be securely attached for parking purposes.
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