Contemporary White Two-Storey Residential House Scene

This contemporary two-storey residential house SketchUp model features a clean white facade with wood accents and a lean-to roof. The building presents a modern two-storey configuration defined by a stark white exterior finish contrasted with warm timber-toned panels and black-framed glazing. A prominent feature is the upper-level balcony, which utilizes a simple horizontal timber handrail. The ground floor incorporates a large entry gate and a decorative breeze-block screen that adds texture and allows for ventilation. The roofline is a single-pitch lean-to style, which keeps the silhouette sharp and minimal. Proportionally, the house is designed for a narrow urban plot, focusing on verticality and efficient spatial arrangement.

The download is a 134 MB compressed archive containing the native SketchUp (.skp) model. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

Users can integrate this SketchUp model into larger masterplan projects or use it as a standalone base for exterior rendering. The file is structured with distinct components for the facade, glazing, and external hardscaping, allowing for easy material overrides or geometry adjustments. Best practice involves checking the model orientation relative to the sun path to ensure accurate lighting, and potentially replacing default proxies with high-resolution vegetation or site-specific elements to suit the final project requirements.

This residential scene is ideal for early-stage architectural proposals, site context development, or urban planning presentations where a contemporary aesthetic is required. It serves as a reliable starting point for developers and designers working on narrow-lot housing projects. Professionals might search for this asset when needing a quick-to-place, high-impact facade for residential developments, townhouse concepts, or suburban streetscapes. It pairs well with modern landscape elements and urban site context models to complete a cohesive site visualization.