About this asset

This contemporary ottoman 3ds Max model features a sculpted tan leather seat supported by a detailed walnut-toned wood frame. This compact ottoman showcases a sophisticated blend of materials and joinery. A thick, soft-contoured leather cushion sits atop a structural wooden base, which is defined by tapered legs and horizontal stretchers. The upper frame rails feature distinctive cut-out slot details, suggesting a refined approach to traditional joinery. The wood grain is clearly articulated, providing a warm, natural contrast to the smooth, matte surface of the tan leather seat. The proportions are low and stable, making it an ideal piece for accent seating or as a versatile footrest within a curated interior space.

The download is a 78.2 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 structured with clean geometry, allowing for easy placement and scaling within a scene. Users should verify that the pivot point is set to the base for precise floor-level positioning. The leather material can be easily adjusted by modifying the diffuse and bump maps in the slate material editor, while the wood textures are tiled to ensure high-quality resolution at close range. The model is optimized for efficient viewport navigation, ensuring a smooth integration into larger interior design projects.

This ottoman is suited for residential living rooms, high-end hotel suites, or boutique retail showrooms. It pairs effectively with mid-century or contemporary lounge chairs to create a comfortable reading nook or a secondary seating arrangement. Designers looking for a refined accent piece will find this model useful for adding texture and warmth to minimalist or transitional interiors. Use search terms like leather footstool, wooden ottoman, or contemporary accent stool when sourcing this asset for your digital library or architectural visualization project.