About this asset

This contemporary three-storey residential villa scene for 3ds Max features a clean white and grey facade with integrated balconies. The structure is a three-storey residential villa characterized by a balanced, modern aesthetic. The ground level is finished in a dark, textured stone or concrete, providing a solid base for the upper residential floors which are rendered in crisp white cladding. Notable features include stacked balconies with minimalist metal railings, large window apertures for natural light, and a roof terrace protected by a pitched roof form. The building is presented as a complete architectural scene, including the perimeter fencing, integrated parking area, and surrounding vegetation, creating a cohesive and realistic residential environment.

The download is a 22.2 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.

To integrate this 3ds Max scene into a project, users should import the model into their master file using the merge command to maintain layer integrity. The scene is pre-configured for immediate rendering, though adjustments to the lighting environment or camera exposure may be required to match specific project requirements. Texture maps should be verified upon import to ensure all paths are correctly mapped, and material settings can be tweaked within the slate material editor for optimal realism in final visualisations.

This asset is suitable for high-end residential architectural visualisations, particularly for urban infill projects or suburban villa developments. It serves as an excellent base for site-specific renderings where a multi-storey family home is required. Professionals can use this in the concept design or planning stages to communicate massing and facade articulation to clients. It pairs well with generic urban landscaping, street furniture, and additional vehicle assets to flesh out a complete residential streetscape or neighbourhood context for planning applications.