Contemporary Grey Concrete Modular Planter Bench with Tree

This contemporary 3ds Max scene features a modular grey concrete bench with an integrated central planter and a mature tree. The assembly comprises a square, low-profile concrete base designed for perimeter seating, wrapping around a raised central planter box. The concrete surfaces exhibit a uniform grey finish, providing a brutalist-inspired foundation for the organic elements. Integrated seating sections are softened by a series of square scatter cushions in varying shades of grey and muted tones, arranged along the inner edges. At the heart of the structure, a mature, textured-bark tree is set within a moss-covered soil bed, creating a focal point that bridges the gap between architectural seating and natural landscaping.

The download is a 17.9 MB compressed archive containing the native 3ds Max (.max) scene, 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 as a cohesive unit, allowing for straightforward placement into architectural scenes. Users should manage the high-detail foliage and moss textures by ensuring proper pathing in the asset tracker. The modular components are typically grouped, facilitating easy scaling to fit specific site requirements. For optimal rendering, adjust the material reflectivity on the concrete surfaces and verify the lighting setup to correctly capture the depth of the cushions and the intricate detail of the tree canopy.

This piece is ideal for large-scale interior atriums, public plazas, or modern residential courtyards where integrated greenery is required. It serves as a central feature in lobby designs or outdoor terrace layouts, pairing effectively with minimalist paving and architectural hardscaping. Professionals searching for landscape features, urban seating solutions, or biophilic design elements will find this asset versatile for both conceptual and detailed project stages. It is particularly effective for creating defined communal zones within open-plan environments or expansive public circulation spaces.