Modern Grey and White Three-Storey Townhouse Scene

This modern three-storey townhouse scene for 3ds Max features a sleek facade with glass balconies and a grey brick garage base. Designed as a narrow-lot urban residence, this three-storey townhouse model showcases a clean, modern aesthetic. The facade is defined by a bold contrast between crisp white render and dark charcoal brickwork. Each level incorporates floor-to-ceiling glazing and glass-railed balconies, providing a sense of transparency and lightness. The ground floor is anchored by a secure garage door, while vertical louvres add depth and texture to the upper levels. The scene includes basic environmental elements like a street-level pavement, a mature tree, and decorative landscaping, creating a ready-to-render context for architectural presentations.

The download is a 295 MB compressed archive containing the native 3ds Max (.max) scene. Open it in 3ds Max; for other programs, export to FBX or OBJ from 3ds Max first.

As a complete 3ds Max scene, this asset is best utilised as a base for architectural exterior studies. Users can easily adjust the lighting environment, swap textures on the facade, or modify the glazing properties to suit specific project requirements. Because the geometry and initial shaders are already configured, professionals can focus on refining the composition, adding entourage, or adjusting the render settings. The scene is organised for straightforward navigation, allowing for quick integration into existing masterplan or site development workflows.

This townhouse model is well-suited for residential project pitches, urban infill studies, and marketing visualisations for property developers. It effectively demonstrates high-density living solutions and is ideal for architects working on narrow-site typologies. Professionals searching for contemporary facade designs or urban streetscapes will find this useful for site-in-context renderings. It pairs well with other residential assets to build out a full street scene and serves as an excellent starting point for exploring modern materiality and vertical massing in urban environments.