About this asset

This 3-Sided Peninsula Fireplace Revit family provides a clean, modern heating solution for open-plan residential or hotel interiors. Designed with a minimalist aesthetic, this three-sided peninsula fireplace features a sleek, linear form that allows for visibility through the combustion chamber from multiple angles. The unit is supported by a simple, elevated base frame, giving it a light, contemporary appearance. Its structure incorporates clear glazing on three sides, framed by a robust metal casing, with a central flue exit at the top. The proportions are balanced to serve as a central architectural feature, acting as a visual partition within a room while maintaining an open, airy feel in the space.

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.

As a native Revit family, this fireplace is designed for simple drag-and-drop placement into floor plans or 3D views. Users can easily align the unit to room centerlines or partition walls to define circulation paths. The family supports standard visibility settings, allowing for clean 2D line work in documentation while maintaining a detailed representation in 3D renders. Material parameters are included, enabling designers to match the metal casing finish to the surrounding interior palette during the project development phase.

This asset is ideal for high-end residential projects, luxury apartments, and boutique hotel lobbies where a focal point is required to bridge two living zones. It pairs effectively with open-plan layouts, acting as a sophisticated divider between dining and lounge areas. Architects and interior designers will find this component useful for early-stage conceptual planning as well as detailed construction documentation, particularly when searching for 'peninsula fireplace', 'three-sided fire', or 'freestanding hearth' models to enhance interior visualisations and spatial flow.