Wall-Mounted Arched Key Rack

This wall-mounted arched key rack is a simple Revit family featuring four cylindrical pegs for efficient entryway organisation. This wall-mounted key rack features a clean, minimalist design defined by a gentle arched top profile. The backboard provides a solid mounting surface, while four protruding cylindrical pegs offer uniform spacing for hanging keys, lanyards, or small accessories. The construction is straightforward, with a neutral finish that allows for easy material application within a project. Its compact, linear form makes it an unobtrusive addition to any wall surface, prioritising functionality and simplicity in its geometric arrangement. The piece is designed to be lightweight and easily integrated into various interior design schemes.

The download is a 195 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.

As a Revit family, this component is designed to be wall-hosted, allowing for quick placement on vertical surfaces within your model. Users can easily align the rack with existing interior walls or joinery elements. The geometry is lightweight, ensuring minimal impact on project file size. You can apply custom material parameters to the wood finish to match specific interior palettes, and the family is easily managed through the project browser for rapid iteration in residential or office floor plans.

Ideal for residential entryways, mudrooms, and small office reception areas, this key rack helps maintain order in high-traffic zones. It is a practical solution for designers looking to detail residential projects or commercial staff breakrooms. Use it to enhance the realism of interior visualisations or to add functional detail to construction documentation. Architects and interior designers will find this asset useful for staging projects where small-scale storage solutions are required to define the character and utility of a space.