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I would love if this was designed to take into account elevation data so you could figure out what areas would be shadowed by natural structures like hills. Fo

I would love if this was designed to take into account elevation data so you could figure out what areas would be shadowed by natural structures like hills. For example, I'm in Seattle, but on the East side and I expect to be fully shielded from a surface detonation in downtown and to be mostly shielded from air detonation depending on the altitude. Speaking of air detonations, what altitudes are most nuclear missiles designed to detonate at?

sbierwagen 5y ago
Airburst height varies based on warhead size. Bigger the bomb, the higher the damage-maximizing airburst altitude. And don't be entirely confident about where a bomb would be detonated. Nearby explosions can push a reentry vehicle off course. (RVs can't maneuver, so it can't adjust course when pushed. Not that there's a lot of time to steer at Mach 23.) Maximum accuracy requires GNSS satellites to be intact and the RV to be able to hear them, neither of which may be true in a full nuclear exchange.