76 machines destroyed, carrying (obstensibly) nukes.. from 7.5mm flight miles == .00001% risk of failure.
Did I do the math correctly?
With ZERO nuke detonations...
And a flight carcass of nearly 70 years old now???
76 machines destroyed, carrying (obstensibly) nukes.. from 7.5mm flight miles == .00001% risk of failure.
Did I do the math correctly?
With ZERO nuke detonations...
And a flight carcass of nearly 70 years old now???
The B-52 is an interesting case of a set of exceptionally long-service individual airframes, with current planned utilisation of aircraft built in the 1960s continuing through the 2050s. The original design being from the 1950s.
That said, B-52s likely have a lighter overall duty-cycle, are subject to risks not typical of most (though not all) airliners (hostile enemy fire), and yes, face consequences of incidents beyond the scope of commercial aviation, though my understanding is that live nuclear weapons haven't been carried as a routine practice since the 1968 Thule Air Base incident and the immediate discontinuation of Operation Chrome Dome:
https://military.wikia.org/wiki/1968_Thule_Air_Base_B-52_cra...
And they came damn close to accidentally detonating on American soil on occasion.
https://en.m.wikipedia.org/wiki/1961_Goldsboro_B-52_crash#La...
> With ZERO nuke detonations...
Chalk this up to the design of the weapons themselves, not the B-52s. It's actually quite difficult to have an accidental nuclear detonation.
> And a flight carcass of nearly 70 years old now???
Today's B-52s are largely Ships of Theseus. Not much in them is going to be original any more.
So I would not say "zero nuke detonations". And your .00001% failure rate (I didn't check your math) is not meaningful unless compared to the failure rate of other aircraft. The B-52 is impressive, but not flawless.
[1] http://www.atomicarchive.com/Almanac/Brokenarrows_static.sht...