About this asset

Steel countertop support bracket Revit family featuring an L-shaped flat bar profile configured for concealed island overhang reinforcement. The component features a monolithic right-angle profile formed from flat bar plate stock, presenting a clean ninety-degree bend. Its horizontal cantilever arm extends forward to support stone, solid surface, or timber worktops, while the vertical leg drops down for rigid fastening against stud framing or cabinet pony walls. Clean, straight edges and flush planar faces define the structural geometry without visible gusset plates or decorative corbels. The clean geometric form ensures flush installation inside millwork substructures or hidden wall pockets, delivering an unencumbered floating countertop appearance across contemporary architectural fit-outs.

The download is a 246 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.

Load the Revit family into project millwork models or standard casework assemblies to detail overhang assemblies. Position the vertical leg against cabinet carcasses or interior wall framing within section and plan details. Users can adjust placement heights to align with the underside of finished countertops, assign structural steel or coated metal materials for accurate schedule integration, and toggle visibility graphics for clean architectural construction drawings.

Essential for residential kitchens, commercial office breakrooms, bar counters, and hospitality reception desks, this support bracket reinforces heavy quartz, granite, or concrete overhangs without intrusive knee-wall posts. It pairs naturally with kitchen islands, breakfast bars, floating vanity counters, and accessible ADA workstations. Architects and specifiers frequently look for heavy-duty hidden countertop supports, steel island brackets, floating bar braces, and concealed millwork reinforcement during detailed design and technical documentation phases.