Mid-Century White Fabric Three-Seater Sofa with Bolster Cushions

Mid-century styling defines this Revit family sofa, featuring three back cushions, rolled arms, cylindrical bolsters, and a sculpted timber base. This seating component captures classic mid-century lounge proportions with an elongated three-cushion configuration. The tailored upholstery includes three upright backrest segments positioned behind an expansive single-piece bench cushion. Gently splayed rolled armrests cradle matching round bolster pillows at each interior edge. Beneath the upholstered shell sits a distinctive exposed timber underframe with sculpted geometric sled-style feet, elevating the base off the floor plane. Crisp perimeter linework delineates each component part, making it suitable for both clean linework elevations and shaded schematic presentations in building information models.

The download is a 215 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.

Loading this Revit family into your project allows quick placement across floor plan and interior elevations. As a standard furniture component, it hosts directly to the floor level without complex hosting constraints. Material parameters can be mapped through family properties to match project specifications for upholstery textiles and wood finishes, ensuring coordinated presentation graphics, section cuts, and schedules across construction documentation.

Well suited for residential living spaces, boutique hospitality guestrooms, and commercial reception lounges, this retro sofa brings vintage warmth to contemporary layouts. Interior designers can integrate it into apartment living rooms alongside low coffee tables and accent armchairs. Search queries targeting retro couch, vintage 3-seater sofa, upholstered sofa with bolster cushions, and mid-century modern seating assets will find this family straightforward to deploy across schematic design and space planning phases.