Red Velvet 2-Seater Sofa with Matching Decor Set

This 3ds Max set features a red velvet 2-seater sofa with a tufted back, accompanied by a timber side table and a tripod floor lamp. The primary piece is a compact 2-seater sofa upholstered in deep red velvet, featuring a button-tufted backrest and rolled arms. It sits on turned wooden legs that provide a classic aesthetic. The set includes a circular side table with a dark wood top and a slender black metal frame, along with a theatrical-style tripod floor lamp finished in polished chrome. The sofa includes two rectangular bolster cushions for added depth. This composition offers a balanced look for interior scenes, combining plush textures with clean, industrial-inspired metal and wood accents.

The download is a 16 MB compressed archive containing the native 3ds Max (.max) model holding 3 separate objects, set up with Corona materials. Open it in 3ds Max with Corona installed; for other programs, export to FBX or OBJ from 3ds Max first.

In 3ds Max, this model is organised into logical groups for easy scene management. Users can quickly merge the assets into existing architectural projects, adjusting the material library as needed to match specific lighting setups. The sofa and accessories are scaled for standard interior dimensions, allowing for straightforward placement. To achieve realistic results, apply high-quality fabric textures to the sofa and adjust the reflection parameters on the chrome lamp components to interact correctly with your chosen environment maps.

This set is suited for residential living rooms, boutique hotel lounges, or staged interior visualisations where a touch of traditional luxury is required. It pairs well with neutral wall treatments, hardwood flooring, and ambient lighting setups. Designers often search for these components when creating reading nooks or intimate seating areas in high-end residential projects. The combination of the velvet sofa and functional accent pieces provides a complete, ready-to-render corner assembly that saves time during final presentation stages.