About this asset

Modern chrome bridge bath taps provided as a Revit family, featuring a minimalist dual-handle design for deck-mounted installations. These modern bath taps feature a classic bridge configuration, connecting two cylindrical pillar bases with a central spout. The design is defined by its clean, geometric lines and high-polish chrome finish, which provides a reflective, contemporary aesthetic. Each handle is positioned on a separate pillar, offering precise control over water temperature and flow. The spout is short and robust, designed for optimal water delivery into a standard bathtub. The entire assembly is constructed to be deck-mounted, ensuring a seamless integration with the vanity or bath edge, maintaining a tidy and professional appearance.

The download is a 410 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 designed for placement on flat surfaces such as worktops or bath decks. Users should load the RFA file into their project and use the component tool to snap the faucet onto the desired host surface. The family includes standard connection points for plumbing systems, allowing for accurate documentation in schedules and pipework layouts. Users can adjust the material parameters to match specific project specifications or render settings, ensuring consistent visual representation across all views.

These taps are suitable for residential bathroom projects, luxury hotel suites, and high-end residential developments. They pair well with minimalist white ceramic basins or freestanding bathtubs, providing a clean, functional detail. Professionals searching for this asset will typically look for deck-mounted brassware, bathroom fittings, or modern plumbing fixtures. It is an essential component for detailed interior design documentation and high-quality architectural visualisations, ensuring that sanitaryware elements are accurately represented in both plan and 3D views during the design development stage.