About this asset

This contemporary Revit family features a cylindrical waste receptacle constructed from vertical wood slats and a black metal frame. The trash can features a robust circular design defined by a series of vertical timber slats arranged around a central dark-toned metal frame. The top is finished with a matching black circular lid featuring a central circular opening for waste disposal. Its proportions are balanced for public or semi-public use, offering a clean, modern aesthetic that blends natural textures with industrial durability. The slatted construction provides a rhythmic visual interest, while the base remains stable and grounded. This unit is designed as a standalone piece, suitable for high-traffic areas requiring functional, design-led waste management solutions.

The download is a 276 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 family is intended for placement within site plans or exterior project views. Users can easily drop the component into a project file and host it on floor or ground surfaces. As a standard family, it supports basic material parameter adjustments to match project-specific timber finishes or metal coatings. It is lightweight, ensuring minimal impact on file performance when populating large-scale site models or external landscape renders for client presentations.

This waste receptacle is ideal for urban plazas, corporate campus courtyards, residential developments, and outdoor park spaces. Professionals might search for this asset when detailing pedestrian pathways, entry forecourts, or public seating areas where cohesive street furniture is required. It pairs well with modern benches and bicycle racks constructed from similar timber and metal materials. Whether specifying for a new build or a landscape renovation, this bin provides a practical, aesthetically pleasing solution for site waste management in contemporary environments.