3D Automotive Designer for 2013 Porsche Cayenne GTS Wide Body Kit

About the project

Here is a shorter version that stays well under 10,000 characters: ## REQUIRED PROPOSAL RESPONSE Begin your proposal with the exact words: **“INDEPENDENT AUTOMOTIVE 3D DESIGNER”** Proposals that do not begin with those words may not be reviewed. Your proposal must include: 1. Confirmation that you are an independent freelancer and will personally complete all work. 2. Confirmation that no part of the project will be subcontracted, outsourced, transferred to an agency, or completed by another designer. 3. Examples of previous automotive 3D modeling, widebody-kit, fender-flare, bumper, diffuser, or body-panel work. 4. Confirmation that you can deliver: * Individual STL files * Individual STEP files * Editable Blender files * One complete assembled model * Every component separately 5. Confirmation that the design will be true 1:1 scale for a 2013 Porsche Cayenne GTS. 6. Confirmation that every component will be delivered separately. 7. Confirmation that vents and end caps will remain separate, removable parts. 8. Confirmation that you understand the supplied STL is AI-generated and may contain inaccurate dimensions, poor body surfaces, open edges, non-manifold geometry, intersections, excessive polygons, poor topology, uneven thickness, asymmetry, or other defects. 9. Explain how you will repair, remodel, retopologize, or completely rebuild the supplied STL where necessary. Simply smoothing the mesh or adding thickness will not be accepted. 10. Explain how you will verify that the front flares extend exactly 3 inches outward from the original factory front fenders. 11. Explain how you will verify that the rear flares extend exactly 5 inches outward from the original factory rear quarter panels. 12. Explain how you will verify rear-door operation, wheel-opening alignment, body lines, panel gaps, bumper seams, door seams, and overall body fitment. 13. Explain how you will create proper mounting flanges for automotive two-sided tape. 14. Explain how you will create reinforced mounting areas for exposed Liberty Walk-style bolts. 15. Explain how you will verify that every STL is watertight, manifold, correctly scaled, free from open edges and intersections, and suitable for slicing and printing. 16. Provide your estimated completion time. 17. Provide your availability for progress updates and revisions. 18. Confirm that progress updates will include actual Blender or CAD screenshots showing measurements, topology, fitment, wall thickness, door clearance, and separated parts. ## FINAL AGREEMENT The hired freelancer is responsible for personally producing a complete, accurate, printable, editable, and properly organized widebody-kit design that meets all written requirements and approved references. The supplied AI-generated STL is only a reference and starting point. It is not guaranteed to be accurate, symmetrical, correctly scaled, watertight, manifold, printable, or production-ready. Repairing, remodeling, retopologizing, or completely rebuilding the geometry is part of the professional work. The freelancer must not simply smooth the AI mesh, add thickness, make minor changes, or return substantially the same defective model. The completed kit must fit the body shape and proportions of a 2013 Porsche Cayenne GTS. It must follow the OEM wheel openings, fender curves, body lines, door seams, panel gaps, rocker panels, front-bumper seams, and rear-bumper seams. The front flares must extend 3 inches from the original factory front-fender surfaces. The rear flares must extend 5 inches from the original factory rear-quarter-panel surfaces. These dimensions must be verified and shown using measurable CAD references. All doors must open and close normally. No flare, end cap, side-skirt section, mounting flange, or other component may interfere with the rear doors. The kit must include flat mounting flanges for automotive two-sided tape and reinforced mounting areas for exposed bolts. Bolt holes must not be placed in thin or unsupported areas. The parts must be hollow and use the agreed wall thickness. Excessively thick walls, including 10 mm, 15 mm, or 22 mm areas, will not be accepted unless specifically approved. Every component must remain separately editable and separately printable. Vents, end caps, front flares, rear flares, side skirts, bumper parts, splitter parts, diffuser parts, and other removable details must not be permanently merged unless approved. The project is not complete until I receive: * Complete assembled model * Every individual component * Left-side and right-side parts * Every vent separately * Every end cap separately * Individual STL files * Individual STEP files * Editable Blender source files * Properly named and organized folders * Complete numbered build list * Individual-part renders * Labeled component renders * Exploded views * Final assembled renders * Front, rear, left, right, and perspective views * Front 3-inch dimension verification * Rear 5-inch dimension verification * Rear-door-clearance verification * Body-fitment verification * Mounting-flange verification * Bolt-reinforcement verification * Wall-thickness verification * Watertight and manifold verification * Printability verification * All agreed corrections and revisions Screenshots and renders are progress evidence only. They do not replace the required STL, STEP, Blender, assembled-model, or individual-component files. Final payment or milestone approval will only occur after the files have been inspected and the dimensions, fitment, door clearance, file separation, organization, editability, and printability have been verified. No subcontracting or outsourcing is permitted. The freelancer hired for this project must personally perform the work. Unauthorized outsourcing or transfer of the project will be considered a violation of the agreement. Apply only if you personally have the automotive modeling, CAD, mesh-repair, fitment, and 3D-printing knowledge required to complete the entire project.

Skills required