Credits &
references.
MINI Cooper S 3D model
MINI Cooper S by cenobyte, licensed under Creative Commons Attribution 4.0 International. GLB distributed by SceneView. Adapted for this demo with grey paint, silver bonnet stripes, headlight lighting, an animated bonnet pivot, and a separate illustrated engine. The 3D model is an approximation of the supplied car, not a scan of Sam’s exact vehicle.
Images
Studio car imagery was generated with the built-in image tool using the grey MINI and front-view references supplied for this project. The engine reference photo was supplied by the user. The headlights-on hero is an edited render. The arrival uses a translated car cutout, not wheel-by-wheel driving simulation.
W11 engine layout
The owner confirms a 2006 W11 engine. The engine scene follows the supplied photograph for the top-mounted intercooler, yellow hose and general component arrangement. Component regions are informed by the following technical references. It is a simplified navigational illustration, with some obscured components shown for clarity; it is not a repair diagram or verified inventory of the car’s modifications.
- ECUMaster MINI Cooper R53 application note, installation page 5: marked ECU mounting enclosure and surrounding engine bay. Used for the enclosure location only; this does not imply the car has an ECUMaster ECU.
- Bentley Publishers W11 supercharger reference: Eaton supercharger assembly and orientation.
- 2006 R53 supercharger parts diagram: supporting exploded view.
Software
Three.js r180 and its included loaders, controls, environment and decal utilities: MIT licence. All runtime assets are local. No analytics, forms, storage, external API requests or vehicle connections are included.
Example content
Graphs, numeric readings, diagnostic entries and tune panels are illustrative. The original screenshot supplies the R53 logbook / EMS2000 context. No real logbook URL was supplied, and the sample interface makes no changes to the existing logger.