About this asset

The Apex Bike Rack is a modern Revit family featuring a five-slot hoop design, ideal for exterior bicycle parking layouts. This bike rack consists of a linear base frame supporting five vertical hoop-shaped loops, constructed from tubular steel. The minimalist design provides a clean, utilitarian aesthetic suitable for contemporary urban or suburban site planning. Each hoop is evenly spaced along the continuous base rail, which is designed for floor-mounted installation. The structure is finished in a neutral white, allowing it to integrate seamlessly into diverse architectural contexts. The geometry is clean and lightweight, ensuring efficient performance in large-scale site models without unnecessary complexity or high polygon counts.

The download is a 461 KB file containing a Revit family (.rfa). Load it into a project from the Insert tab with Load Family, then place it like any other component of its category; it schedules and tags with the rest of your model.

In Revit, this file is managed as a floor-hosted family. Users can place the rack directly onto site plans or external floor slabs. It is effective for detailing bicycle parking zones in landscape design documentation. The model supports standard material parameter assignments, allowing for quick adjustments to the finish to match site specifications. Because the geometry is relatively simple, it remains responsive even when multiple instances are arrayed across a large site masterplan or parking area.

This asset is essential for residential developments, office campus masterplans, and retail plazas where designated bike storage is required. It pairs well with other site furniture like bollards, benches, and waste receptacles. Professionals searching for bicycle parking solutions, site amenities, or urban landscape elements will find this component useful for both schematic design and construction documentation phases. It is typically deployed in exterior ground-plane views to demonstrate compliance with local cycle parking requirements and site circulation strategies.