Modern White and Grey Two-Storey Residential House Scene

This modern two-storey residential house scene for 3ds Max features a clean white and grey facade with integrated timber-look shutters. The structure presents a minimalist architectural composition with a stark white upper volume cantilevered over a darker grey ground floor. Large floor-to-ceiling glass windows on the upper level are framed by vertical brown shutters, providing both texture and sun control. The ground floor is enclosed by a white perimeter wall with metal vertical slat gates and a pedestrian entry. The scene includes mature tree foliage, a paved street foreground, and subtle landscaping elements. The proportions are balanced, emphasising horizontal lines and a sophisticated, restrained material palette typical of contemporary urban residential design.

The download is a 483 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.

Designed for architectural visualisation, this scene comes fully configured with geometry, materials, and lighting setups. Users can merge this file directly into an existing project environment or use it as a base for custom exterior renders. The model is organised with logical layer structures, allowing for easy adjustment of lighting intensities or material textures. Adjusting the HDRI or sunlight position within the native program will quickly update the shadow casting and overall mood of the final render.

This asset is suited for residential property development presentations, architectural design competitions, and high-end real estate marketing collateral. It serves as a comprehensive starting point for visualising modern, detached urban homes. Professionals working on planning applications or client pitches will find this scene useful for establishing a contextually appropriate aesthetic. It pairs effectively with diverse site contexts, whether in dense urban settings or suburban environments, providing a realistic foundation for further site-specific customisation and environmental integration.