About this asset

This contemporary beige fabric armchair for 3ds Max features a distinctive curved channel-back design and a compact circular seat. This contemporary armchair features a distinctive semi-circular silhouette, defined by a high, channel-tufted backrest that wraps around the user. The upholstery is a neutral, textured beige fabric that covers both the backrest and the thick, circular seat cushion. The chair sits on slender, dark metal legs, providing a subtle contrast to the soft, rounded forms of the upholstery. The channel detailing on the interior backrest adds visual rhythm and depth, while the overall profile remains clean and minimalist, suitable for various interior schemes requiring a statement accent piece.

The download is a 15.8 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 3ds Max asset into a project, import the file into your scene using the merge command to preserve existing layer structures. The model is scaled for standard seating dimensions, though adjustments may be required to match specific project ergonomics. Ensure the fabric texture map is correctly linked in the material editor to maintain the intended surface detail. Lighting should be set up to highlight the channel-tufted texture, using a standard studio HDRI to capture the subtle shadows between the vertical upholstery panels.

This armchair is well-suited for high-end residential living rooms, boutique hotel lobbies, or modern executive office suites. It functions effectively as a standalone reading chair or as a pair in a conversation grouping. Designers often use this type of seating when looking to soften the lines of a space with organic, rounded geometry. Search for this item using terms like curved accent chair, channel-back lounge seating, or contemporary fabric armchair to find similar pieces that complement minimalist or soft-modern interior design projects.