About this asset

This contemporary 3ds Max model of a square fabric pouf ottoman features a subtle two-tone grey finish and rounded corners. This square pouf ottoman presents a clean, contemporary aesthetic defined by its soft, rounded geometry. The piece is fully upholstered in a textured grey fabric that creates a sophisticated, tactile appearance. The design incorporates a slightly darker grey tone on the top surface, providing a subtle visual contrast against the lighter grey sides. Its compact, low-profile form makes it an ideal accent piece for various interior styles, offering both functional seating and a decorative element. The construction is simple and refined, focusing on soft edges and a neutral colour palette to ensure versatility.

The download is a 4.6 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, ensure the object is placed on a level surface to avoid clipping issues. The fabric texture is mapped to provide a realistic surface finish, which can be adjusted via the material editor to match specific lighting conditions or render setups. Users can easily scale the pouf to suit different spatial requirements or group multiple units for larger lounge arrangements. Proper pivot point alignment allows for quick positioning within interior design projects or architectural visualisations.

This ottoman serves as a flexible seating solution in residential living rooms, bedrooms, or walk-in closets. It functions well as a footrest paired with lounge chairs or as an informal stool in hospitality settings like hotel suites or boutique cafes. Designers searching for modern accent furniture or soft seating will find this piece useful for filling empty corners or adding depth to a room's composition. It complements minimalist and contemporary interiors, providing a comfortable yet structured addition to any interior design scheme.