About this asset

This contemporary grey fabric modular sofa, modelled for 3ds Max, features a versatile chaise configuration and two accent cushions. This modular sofa presents a clean, contemporary aesthetic defined by its low-profile, blocky silhouette and textured grey fabric upholstery. The design consists of two primary sections: a main seating unit and an integrated chaise lounge, creating a compact yet comfortable footprint. Its form is minimalist, with soft, rounded edges on the armrests and backrests that provide a welcoming appearance. Two decorative scatter cushions—one in a warm tan-brown and one in off-white—are included, adding a subtle contrast in both colour and texture to the neutral upholstery of the main frame.

The download is a 13.4 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.

For seamless integration into 3ds Max scenes, this model is organised with logical layer naming to facilitate easy management. Users should check the scale upon insertion to ensure it aligns with the project units. The fabric texture is mapped to allow for simple tiling adjustments, while the cushions are provided as separate objects, enabling quick repositioning or removal depending on the desired composition. The geometry is clean, ensuring efficient performance during viewport navigation and final rendering cycles without unnecessary complexity.

Ideal for modern residential living rooms, open-plan apartments, and boutique hotel lounge areas, this sofa serves as a versatile anchor for casual seating arrangements. It pairs effectively with low-level coffee tables and textured area rugs to define a comfortable social zone. Professionals searching for modular seating, contemporary apartment furniture, or compact sectional designs will find this asset suitable for staging interior visualisations where a balance of comfort and minimalist design is required to enhance the overall spatial flow.