Why Mars is red: rust, dust, and a wetter past

A 6-beat faceless video outline for “Why Mars is red: rust, dust, and a wetter past” in the Space and astronomy facts niche, derived from caption timing of 2 reference videos.

Angles

• Answer fast: the surface is literally rusty — iron oxide
• Explain colour itself: surfaces absorb some wavelengths and reflect the rest
• Dust as the delivery system: global storms spread the rusty layer everywhere
• Twist: dig a few centimetres and the ground isn't red; and the sky colours flip at sunset

Beat-by-beat structure

1. Hook (0:00–0:20): the 'red planet' named for war — why that colour?
2. Colour 101 (0:20–1:00): red surfaces absorb blue/green and reflect red.
3. Rust (1:00–2:00): iron-rich minerals oxidised; one hypothesis ties it to water long ago (label as debated).
4. Dust (2:00–3:00): fine grains carried planet-wide by storms; why it coats everything, including rovers.
5. Below the surface (3:00–3:45): lander and rover tracks reveal darker, less oxidised ground.
6. Sky twist + recap (3:45–5:00): butterscotch daytime sky, bluish sunsets; recap in three lines. Original narration only.

Method

yt-dlp VTT captions (manual/uploader only) → timed beat heuristics → editorial topic synthesis (no ASR). Structure only; write original narration.