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Anonymous1765934194
12-26 00:02
Model Name
carbon fiber airplane 3d model
Tags
vehicle
rendering
realistic
Input
Prompt
Model a high-performance winged rudder for a supermaxi yacht, using the attached image as the primary reference. • Configuration: Vertical rudder blade with integrated horizontal foil wing (T-rudder layout) • Blade Geometry: Symmetric NACA 0012 profile, tapered vertically, extending from hull mount to foil junction • Foil Wing: Horizontal span follows the red curve—starts low, dips slightly, then rises steeply toward the tips • Curve Fidelity: Match the curvature of the red line exactly; treat it as the foil’s leading edge or centerline • Orientation: Rudder blade is vertical (Z-axis); foil wing spans horizontally (X-axis), with curvature in Y-Z plane • Wing Profile: Thin, high-aspect ratio, symmetric foil section (e.g., NACA 0010); slight anhedral curvature • Mounting: Blade connects to hull at top; foil wing is centered at lower third of blade • Surface Finish: Matte carbon fiber or brushed titanium; simulation-ready mesh topology This rudder is intended for Sailaway3 simulation. Prioritize hydrodynamic realism, clean mesh topology, and curvature fidelity. Avoid stylization—this is a tactical performance component.
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