I want to turn a clean-sheet idea into a true sports car built around one goal: absolute maximum speed. Every design decision—body shape, chassis layout, power-train selection, cooling, material choice—must serve that single objective. What I already know • Vehicle type is fixed: Spor araba (sports car). • Performance metric to optimise: Hız (speed). • Priority within speed: Maksimum hız (top speed), not just quick 0-to-100 times. What I need from you 1. A complete digital concept: exterior and under-body aero surfaces, structural frame, and drivetrain placement delivered in CAD (SolidWorks, CATIA, or similar). 2. CFD and, if possible, wind-tunnel-validated simulations that demonstrate projected top-speed gains and stability at that velocity. 3. A concise engineering report outlining material choices, estimated curb weight, required power output, and cooling strategy, all justified against the top-speed target. 4. Clear next-step guidance for prototype manufacture—whether that means billet, composite lay-up, or additive routes—so the design can move straight into physical build. Acceptance criteria • CAD files open without errors and contain full feature history. • Simulation pack shows at least two competing aero iterations with coefficients tabulated. • Report includes a realistic top-speed estimate supported by drag, power, and weight calculations. If you thrive on aerodynamics, lightweight engineering, and squeezing every last km/h from a platform, let’s talk.