Скачать или смотреть Why SpaceX Removed the Heat Shield From the Biggest Booster Ever

Super Heavy reenters Earth’s atmosphere at hypersonic speed —
with bare stainless steel and no heat shield tiles.

That shouldn’t be possible.

For decades, every spacecraft relied on thermal protection to survive reentry. The Space Shuttle used more than 24,000 heat shield tiles, and Starship itself needs thousands to handle orbital speeds near 17,500 miles per hour. So how does the largest rocket booster ever built come back through fire seemingly unprotected?

In this video, we break down the real engineering behind Super Heavy’s reentry design using actual numbers, physics, and SpaceX’s reusability philosophy. You’ll learn why Super Heavy experiences over 25× less heating than Starship, how killing velocity early changes everything, why engine-first orientation matters, and how stainless steel makes this approach possible.

This isn’t hype.
It’s deliberate engineering.

If you’re a SpaceX fan who wants clear, no-nonsense explanations of next-generation rocketry, this deep dive is for you.

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