About this asset

Modern cantilever diving board Revit family designed for residential pool decks, featuring a wide teal plank supported on a bolted metal pedestal. Physically, the assembly comprises a low-profile diving board plank with an elongated rectangular form and soft rounded top fasteners at the rear mounting points. A robust metallic pedestal base supports the cantilevered board, anchored directly to the poolside deck with exposed baseplate bolts and structural brackets beneath the fulcrum. The plank exhibits a smooth teal finish typical of composite pool materials, contrasted against the brushed metallic pedestal. Clean geometric transitions and minimal detailing provide a streamlined aesthetic suitable for contemporary swimming pool installations and outdoor recreation terraces.

The download is a 317 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 this specialty equipment family directly into Revit project templates to furnish pool perimeters and outdoor landscaping scenes. Position the baseplate onto top-of-slab pool copings or patio floors, aligning the overhang over the pool basin. Visualizers can map custom non-slip surface materials or adjust shading parameters in the Revit family editor to match exact landscaping specifications for exterior documentation and realistic perspective renderings.

Tailored for residential pool surrounds, private villas, boutique resort sundecks, and recreational amenity spaces during schematic design and design development phases. This poolside fixture pairs seamlessly with custom pool coping families, lounge chairs, sun umbrellas, and perimeter glass balustrades. Design teams commonly search for residential diving boards, swimming pool equipment, cantilever diving boards, and poolside deck fixtures when detailing exterior living spaces, patio hardscaping, and hospitality pool environments in architectural models.