About this asset

This Revit family provides a 3D model of an Audi TT 2007 coupe, designed for architectural site plans and exterior visualisations. The model represents the 2007 Audi TT coupe, characterised by its distinctive rounded roofline and compact sports proportions. The geometry features a simplified, low-polygon mesh suitable for background entourage in rendering. It includes standard automotive detailing such as the iconic front grille, alloy wheel rims, and rear dual-exhaust outlets. The bodywork is finished in a bright lime green, with dark-tinted glazing for the windows and windscreen. The form captures the signature silhouette of the vehicle, making it an appropriate choice for adding scale and realism to project site plans or exterior perspectives.

The download is a 3.2 MB file containing a Revit family (.rfa). Load it into a project from the Insert tab with Load Family, then place it like any other component of its category; it schedules and tags with the rest of your model.

Load this file into your Revit project as a generic model or entourage family. Because of the simplified mesh, it is ideal for placement in large-scale exterior scenes where performance is a priority. Use the family to populate parking bays, driveways, or streetscapes. You can adjust the material parameters to change the exterior paint colour or apply different glazing properties to the windows to suit your specific rendering requirements and scene lighting conditions.

This model is intended for professional use in architectural visualisations for residential, retail, or urban design projects. It serves as essential site context, helping to establish scale and a sense of life in exterior renders or walkthroughs. Architects and visualisers will find this asset useful when modelling driveway layouts, parking lots, or street-level views for planning applications and client presentations. It pairs effectively with other landscaping elements, street furniture, and vegetation to create a convincing, lived-in environment for your project site.