Contemporary Brown Leather Swivel Lounge Chair

This contemporary brown leather swivel lounge chair for 3ds Max features a high-back design with a distinct integrated headrest. This contemporary lounge chair is defined by its sculptural, organic form and high-back profile. Upholstered in smooth, warm-toned brown leather, the seat features a prominent central seam running from the headrest down to the seat base, emphasizing its curved, wrap-around geometry. The upper portion flares into an integrated, oversized headrest, providing structural support and a dramatic silhouette. The entire shell is mounted on a slim, four-star metal swivel base finished in a dark, matte tone. Its proportions are generous, balancing ergonomic comfort with a sleek, minimalist aesthetic suitable for refined interior schemes.

The download is a 2.8 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.

Within 3ds Max, this model is structured for efficient scene integration. Users should check the pivot point at the base to ensure correct rotation when animating the swivel function. The material slots are clearly defined, allowing for easy adjustment of the leather texture, bump maps, or metallic finish on the base. It is recommended to apply a turbosmooth modifier if closer shots are required, though the base geometry is sufficient for most standard architectural visualization compositions and interior lighting setups.

Ideal for residential living areas, executive offices, or boutique hotel lobbies, this lounge chair serves as a strong accent piece. It pairs effectively with low-profile coffee tables and minimalist floor lamps in modern settings. Designers often search for high-back leather chairs to anchor reading nooks or waiting areas where both comfort and aesthetic impact are required. Its versatile swivel base makes it a practical choice for open-plan layouts that require flexible orientation towards different focal points within a room.