About this asset

This contemporary beige fabric armchair, modelled for 3ds Max, features a sleek, tapered silhouette and an integrated two-tone accent cushion. Defined by its clean, curved backrest and slim profile, this contemporary armchair offers a sophisticated seating solution. The main body is upholstered in a textured, light beige fabric, while the accompanying rectangular cushion provides a striking contrast with its split-tone design, featuring a smooth brown leather upper section and a white fabric base. The seat is supported by slender, dark-finished legs that enhance its minimalist aesthetic. Its compact proportions make it suitable for smaller lounge areas or as a refined accent piece in a larger interior scheme, blending comfort with a structured, modern form.

The download is a 6.2 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.

To integrate this asset into a 3ds Max scene, simply merge the file into your project and assign the provided textures to the relevant material slots. The geometry is clean and logically grouped, allowing for easy placement within interior layouts. Ensure the pivot point is set to the base of the legs for precise floor-level positioning. Adjust the fabric tiling and leather reflection maps to match your project's specific lighting conditions and render engine requirements for high-quality final visuals.

This armchair is ideal for residential living rooms, boutique hotel lobbies, or executive office waiting areas where a balance of style and comfort is required. It pairs well with modern coffee tables, floor lamps, or minimalist side tables. Designers looking for versatile lounge seating will find this piece effective for creating cosy reading nooks or secondary seating groups. Search for terms such as contemporary accent chair, upholstered lounge chair, or modern interior seating to find similar assets for your architectural visualisations.