Olympus Rise — Mars Volcano Flyover

A 12-second monumental aerial, 16:9: a drone climbing the impossible flanks of Olympus Mons — a volcano wider than France. The hook: from the rim, the curvature of Mars itself is visible.
0-4s: The ascent begins: the drone rising up the volcano's gentle, impossible flanks — rust-red slopes falling away for hundreds of kilometers, the grade so shallow the climb feels like flying over a plain that never ends. Lava channels frozen for eons thread the slopes.
4-8s: The caldera complex comes into view: nested pits, collapsed vents, frost glinting on the summit in the thin cold air. The drone climbs past the frost line — white dusting on rust — and reaches the rim. The scale defeats comprehension: a crater you could lose a country in, the rim curving away for a hundred kilometers.
8-12s: From the rim, the curvature of Mars itself is visible — the plain falling away to a butterscotch horizon, the planet's edge curving against the black sky. The drone holds on the curve, the caldera behind, the frost glittering in the thin light. Monumental, alien, humbling. End.
Craft: Olympus Mons is the subject — the impossible flanks, the nested caldera, the summit frost; the Martian curvature as the revelation; the butterscotch horizon as the frame. Camera: a slow majestic climb, a caldera reveal, a final held shot of the curvature. Lighting: hard sunlight, rust reds with summit frost, thin-air clarity. Atmosphere: monumental, alien, humbling — the largest volcano in the solar system. Style: aerial cinematography, 24fps, 12 seconds, 16:9.