Contemporary Grey Velvet Armchair with Teal Back

This contemporary 3ds Max armchair features a grey velvet seat and a distinctive teal velvet back, complete with a lumbar cushion. This sculptural armchair is defined by its high, angled backrest and fluid, organic silhouette. The primary seating surface and the included rectangular lumbar cushion are upholstered in a soft, grey velvet fabric, while the exterior shell is finished in a contrasting deep teal velvet. The chair is supported by four slender, tapered metal legs that provide a light, elevated aesthetic. The proportions are designed for lounge comfort, with a deep seat and integrated armrests that curve gently into the backrest, creating a cohesive, modern profile suitable for curated interior design schemes.

The download is a 4.1 MB compressed archive containing the native 3ds Max (.max) model, 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.

Within 3ds Max, this model is organised with logical layer naming to facilitate easy selection and material editing. The upholstery textures are mapped with appropriate UV coordinates, allowing for seamless adjustments to fabric patterns or colour tints as needed. The asset is scaled for real-world dimensions, making it ready for direct insertion into interior scenes. Users can easily manage the object's appearance by applying custom shaders to the metal legs or swapping the velvet materials to match specific project colour palettes or design requirements.

This armchair serves as a refined accent piece in high-end residential living rooms, boutique hotel lobbies, or executive lounge areas. Its dual-tone upholstery makes it an ideal choice for projects requiring a subtle pop of colour without overwhelming the space. Designers often pair this chair with modern coffee tables or place it in a corner arrangement with a floor lamp to create a dedicated reading nook. It is a versatile asset for staging contemporary interiors where comfort and sophisticated material contrast are prioritised.