About this asset

Featuring a radial arc with seven tiered storage shelves, this modern bookcase Revit family delivers flexible perimeter or island shelving in Revit. Constructed with a continuous concave front elevation and convex backing, this bookcase unit incorporates seven accessible shelving tiers enclosed by solid vertical gable ends. The sweeping radial geometry allows standalone accent placement or contiguous radial runs to form semicircular reading nooks and circulation dividers. Each shelf level follows the uniform radius of the carcass, maintaining a consistent depth across the span. Its minimalist, unadorned structural profile provides clean lines in both orthogonal drafting views and 3D perspectives, suitable for showcasing books, reference binders, or display accessories.

The download is a 236 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.

Engineered for BIM interior documentation, this Revit family loads directly into project environments as standalone furniture or casework. Users can position it against radial partition walls or array instances along layout splines to form serpentine and circular library stacks. In floor plan views, clean symbolic linework clearly articulates the arc footprint, while Revit material parameters allow rapid reassignment of finishes from painted composite timber to natural wood veneers.

Well-suited for public libraries, university study commons, corporate breakout lounges, and spacious residential reading rooms, this curved shelving unit solves complex non-linear spatial requirements. Specifiers looking for curved bookcases, circular book stacks, radius display shelving, or perimeter library casework will find it pairs seamlessly with modular lounge seating, study tables, and acoustic ceiling baffles. It coordinates effectively across concept design, interior spatial coordination, and formal documentation phases.