A diamond kite with a ribbon tail dances and dives on a gusty procedural wind, tethered by a curved string to the ground. Kites fly because their angled surface deflects oncoming air downward, generating aerodynamic lift that balances gravity and the pull of the taut string, much like an airplane wing. Turbulent gusts constantly shift the pressure across the sail, causing the realistic banking, diving and yawing motion you see here. The tensioned string transmits the pilot's control force back to the kite while its natural sag traces the curve of a hanging cable under load. Watch how the tail's ribbons whip and lag behind the body — they add drag and mass at the rear, stabilizing the kite so it doesn't spin out of control in strong wind.
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