About this asset

This contemporary beige fabric modular sectional sofa 3ds Max model features a low-profile silhouette with deep, boxy seating sections. This modular sectional sofa is defined by its clean, boxy geometry and low-profile frame. The design consists of three primary seating modules and two wide armrests, all upholstered in a uniform, light-toned beige fabric with visible seam detailing. The set includes a selection of square and rectangular throw cushions in varied neutral shades, providing textural contrast. A knitted throw blanket is draped over one end, adding a layer of softness to the structured form. The piece maintains a minimalist aesthetic, prioritising comfort through generous seat depth and thick, supportive cushions.

The download is a 113 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.

When integrating this model into a 3ds Max scene, use the modular segments to adjust the overall length to fit specific floor plans. The fabric textures are mapped to provide a realistic appearance, which can be further refined by adjusting the bump or displacement maps within the material editor. Ensure the geometry is properly scaled to match room dimensions before applying lighting setups. Using a neutral HDRI environment will help maintain the subtle tonal variations across the fabric surfaces and highlight the depth of the cushions.

This sofa is ideal for large, open-plan living rooms, contemporary lounge areas, or sophisticated hotel lobbies where a relaxed yet structured seating arrangement is required. It pairs well with low-profile coffee tables, textured wool rugs, and minimalist interior palettes. Designers often search for this type of asset when specifying furniture for high-end residential projects or modern commercial lounge spaces. It functions as a versatile anchor piece in layouts requiring modular flexibility, allowing for easy reconfiguration to suit different room proportions and functional needs.