About this asset

This bohemian-style 3ds Max model features a beige rope-woven basket containing a natural arrangement of dried grasses and foliage. The asset comprises a cylindrical basket constructed from thick, light-toned natural rope, featuring integrated handles on opposite sides. Housed within is an organic display of dried decorative grasses, characterized by long, slender blades in muted earthy tones and clusters of fine, delicate white flowering stems. The composition offers a balanced contrast between the tactile, coarse texture of the tightly wound rope exterior and the airy, sprawling silhouette of the dried botanical elements. This piece serves as a neutral, textural accent, providing a soft, organic aesthetic suitable for various interior design schemes.

The download is a 26.5 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 for straightforward placement into interior scenes. Users can easily scale the asset to fit specific floor or surface requirements. The materials are pre-applied, allowing for immediate integration into a scene. For optimal results, ensure the texture paths are correctly mapped upon insertion. The object is ideal for populating corners of rooms or adding detail to shelving units, where it can be illuminated by soft, ambient lighting to highlight the fine details of the grasses.

This decorative arrangement is well-suited for residential living rooms, bedrooms, and entryways, where it adds a natural, relaxed element. It pairs effectively with coastal, scandinavian, or rustic interiors, often placed on sideboards, console tables, or directly on the floor. Professionals frequently search for this type of asset to populate staging projects, hospitality suites, or retail displays. Its neutral colour palette allows it to integrate seamlessly into a wide variety of colour schemes without overwhelming the existing design language of the space.