I guess it wasn't the author's fault, but that's the one of the most ridiculous things I've ever seen. Until about 1990, anti-aircraft missiles were horribly inaccurate. I read somewhere that the chance of scoring a hit with a korean-war era air-to-air missile was about 5%. Why would anyone want to launch a nuclear missile that's pretty much guaranteed to not his its target?
> I read somewhere that the chance of scoring a hit with a korean-war era air-to-air missile was about 5%. Why would anyone want to launch a nuclear missile that's pretty much guaranteed to not his its target?
Because with a nuclear air-to-air missile in its intended role, you don't need to "hit the target", you just need to detonate somewhere in the general area of the bomber formation that you are trying to whittle down.
I used to work on the AIR-2A. It a was a thing of simplicity. Any airplane within a mile that survived had to land immediately. This is before modern guidance systems. The military imagined masses of bombers with fighter cover attacking similar to WW II. Perhaps its a bit of fighting the last war, but it was a simple, effective answer to a real threat.
It's the other way around. If you're sure to get a hit, you don't need a nuke. But if you don't have very much accuracy, you can make up for it with a big blast radius.
https://en.wikipedia.org/wiki/AIM-26_Falcon
I guess it wasn't the author's fault, but that's the one of the most ridiculous things I've ever seen. Until about 1990, anti-aircraft missiles were horribly inaccurate. I read somewhere that the chance of scoring a hit with a korean-war era air-to-air missile was about 5%. Why would anyone want to launch a nuclear missile that's pretty much guaranteed to not his its target?