About this asset

This contemporary 3ds Max lounge chair features a curved beige fabric shell and slender black metal legs for a refined silhouette. Designed with a focus on fluid, organic geometry, this lounge chair features a soft, textured beige fabric upholstery that wraps around a continuous back and armrest structure. The seat cushion is integrated into the shell, maintaining a clean, minimalist profile. The chair is supported by four slender, tapered legs finished in a matte black metal, which provide a sharp visual contrast to the neutral fabric. Its proportions are compact, making it suitable for residential lounge areas or boutique hotel lobbies where space-efficient seating is required without sacrificing comfort or visual interest.

The download is a 3 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.

In 3ds Max, this model is organised with logical layer naming, allowing for efficient management of the upholstery and leg components. Users should apply a standard material override or assign custom textures to the fabric shell to match specific project colour palettes. The model is scaled for real-world placement; ensure the pivot point is at the base of the legs for accurate positioning on floor surfaces. Lighting setups should account for the fine grain of the fabric texture to achieve realistic highlights.

This lounge chair is ideal for contemporary living rooms, reading nooks, or hotel suites requiring a sophisticated accent piece. It pairs seamlessly with minimalist coffee tables, low-profile side tables, and neutral area rugs. Architects and interior designers often specify this type of seating when searching for modern, comfortable furniture that balances soft textures with industrial-inspired metal accents. It functions well as a singular statement piece or as part of a pair in a larger conversation grouping, fitting perfectly into mid-to-high-end design schemes.