Brown Cowhide Upholstered Arch-Base Bench

This contemporary 3ds Max bench features a distinctive cowhide-patterned upholstered seat resting on a solid arched wooden base. This sculptural bench presents a striking study in contrasting forms and textures. The rectangular seat is finished in a textured, mottled brown and white hide-effect upholstery, providing a tactile focal point. It is supported by a robust, continuous arch-shaped base constructed from dark-toned wood, which creates a clean, minimalist silhouette. The seat is elevated from the frame by slim, vertical spacers, adding a sense of lightness to the overall composition. The proportions are compact, making it suitable for use as an accent piece in various interior settings where a bold, organic aesthetic is desired.

The download is a 20.9 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 managed as a single object, allowing for straightforward placement within your scene. The materials are pre-applied, though users should verify the texture mapping on the curved base to ensure smooth integration with project-specific lighting setups. The asset is scaled to standard bench dimensions, making it easy to drop into floor plans or interior elevations. Ensure your pivot point is set to the floor level for efficient positioning against walls or at the foot of a bed.

Designed for residential and hospitality environments, this bench functions well in entryways, walk-in closets, or at the foot of a bed in luxury suites. It pairs effectively with contemporary or eclectic interiors, serving as a functional statement piece. Professionals searching for unique accent seating, hide-upholstered furniture, or sculptural hallway benches will find this model a versatile addition to their library. It complements minimalist decor while adding warmth and visual interest through its varied material palette and unconventional base geometry.