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Anonymous1773397958
03-13 11:07
Model Name
formula one car 3d model
Tags
vehicle
rendering
realistic
Prompt
🏎️ F1 in Schools 2026 Legal Car – 3D Design Prompt Design a highly aerodynamic F1 in Schools CO₂ powered miniature race car that strictly follows official competition regulations. The car must have a total length of 200 mm, maximum width of 70 mm, and maximum height of 50 mm, with a minimum ground clearance of 1.5 mm. The body should use a low-drag teardrop aerodynamic profile optimized for a straight-line sprint. The nose should be narrow (12–15 mm wide) with a rounded bullet shape to smoothly split airflow. The body should gradually widen to about 60 mm in the mid-section, then taper smoothly to a narrow rear tail (15–20 mm wide) to minimize turbulence. Include a central CO₂ cartridge chamber with the following specifications: diameter 19 mm depth 55 mm positioned 35 mm above the track surface minimum 3 mm wall thickness the CO₂ cartridge must protrude at least 5 mm from the rear of the car Add two tether line guides with 4 mm holes: one 10 mm before the front axle one 10 mm after the rear axle Wheel design must include open wheel cutouts with smooth aerodynamic arches, leaving enough clearance so the wheels are fully visible and rotate freely. Include the official F1 in Schools halo device mounted above the cockpit area, ensuring: the halo is fully visible from front, side, and top views the center of the halo notch sits approximately 34 mm above the track the body does not cover or intersect the halo. Front wing design should be minimal and aerodynamic, with: thickness between 2 mm and 6 mm at least 5 mm air gap between the wing and body smooth curved elements to guide airflow around the front wheels rather than create downforce. The surfaces of the car should be smooth, continuous, and CNC-manufacturable, with no sharp edges or unnecessary decorative shapes. The overall design should emphasize low frontal area, smooth airflow, and a long tapered rear tail for minimal drag. Render the model as a high-resolution CAD-style aerodynamic race car, showing top view, side view, front view, and perspective view.
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