About this asset

This 3ds Max model features a lush trailing ivy plant contained within a rectangular hanging trough suspended by thin metal cables. The asset depicts a dense, realistic arrangement of trailing ivy foliage spilling over the edges of a minimalist rectangular trough. The plant's leaves exhibit varied shades of green, creating a natural, layered appearance. The planter is supported by four slender black metal cables attached to each corner, designed for ceiling mounting. The composition is balanced and clean, focusing on the cascading texture of the vines. It provides a structured yet organic element suitable for adding greenery to interior spaces without occupying floor area. The model maintains consistent scale and density throughout the foliage.

The download is a 6.7 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 easy insertion into interior scenes. Users should manage the foliage density through the object's layer properties to maintain viewport performance. The metal cables and planter trough are grouped for simple placement, while the leaves are mapped with high-quality textures. Adjust the pivot point to the top of the cables for accurate ceiling alignment. Ensure the material shaders are correctly linked upon import to maintain proper light interaction and translucency on the ivy leaves.

This hanging planter is ideal for residential interiors, modern office lobbies, or trendy cafe environments where space is at a premium. It serves as an effective vertical accent in open-plan living areas, above kitchen islands, or near windows to simulate natural light conditions. Professionals often search for botanical decor to soften hard architectural lines. It pairs well with minimalist industrial or contemporary design schemes, providing a touch of nature that complements neutral colour palettes and clean, geometric furniture arrangements in high-end design projects.