Hydrogen
Mobility at its Best 🚀
About 2
million liters of liquid hydrogen (at ~−253 °C) are sitting in that tank —
incredibly light, insanely cold, and ready to react with oxygen into pure
thrust. Pressure? Surprisingly low. The real challenge is cryogenics, not
compression.
For
context: the Saturn V — last launched in December 1972 — still relied on
kerosene (RP-1) in its first stage. Think: more diesel truck, less flying
deep-freezer.
Today:
hydrogen + oxygen → water vapor and momentum.
Range? Roughly “Moon and back.”
Efficiency? Let’s call it… committed.
Maybe this
isn’t overengineering.
Maybe it’s just mobility — scaled slightly beyond commuting needs.
H2 - a
glimpse into the future of mobility…
Images:
Courtesy of NASA