About this asset

This luxury car CAD drawing provides precise 2D plan, front, side, and rear elevations for a 2004 Rolls Royce Phantom in DWG format. This 2D CAD set captures the definitive proportions and iconic silhouette of the 2004 Rolls Royce Phantom. The geometry includes four distinct orthographic projections: a side elevation showing the elongated wheelbase and traditional saloon stance, a top-down plan view detailing the hood and roofline profile, and both front and rear elevations reflecting the signature radiator grille, headlamp configuration, and boot lid detailing. Lines are clean and consistent, providing an accurate representation of the vehicle's bodywork for site plans, exterior renderings, or urban design contexts where a high-end automotive presence is required.

The download is a 133 KB file containing an AutoCAD drawing (.dwg) drawn in all views. It opens in AutoCAD, BricsCAD, DraftSight and other DWG-compatible CAD programs, ready to insert as blocks into plans and elevations.

Professionals can integrate this DWG file directly into AutoCAD or compatible design software as a block. The linework is organised to allow for easy scaling and layering, making it suitable for populating site plans, streetscapes, or parking layouts. Users should check the drawing units upon insertion to ensure the vehicle matches the scale of the master plan, and can modify the line weights or hatch patterns to suit specific presentation standards for architectural or landscape documentation.

This asset is essential for architects and urban designers working on luxury residential, hospitality, or high-end commercial projects. It serves as a visual reference for scale and context in site plans, driveway layouts, or porte-cochère design. It is frequently employed in master planning, luxury estate development, and premium automotive showroom presentations. Search for this file when needing to add a sense of scale and exclusivity to exterior site imagery, or when drafting detailed circulation paths for high-end vehicle access in urban design schemes.