UA 1093
21–30 of 117 posts
Re: UA 1093
#22Re: UA 1093
#23In hindsight, the fact that it was probably a balloon and not space debris makes a lot of sense. Something falling from space would only spend a few seconds at most in the zone where airplanes cruise but a weather balloon would be there significantly longer. Makes the chance of collisions much higher.
Re: UA 1093
#24Re: UA 1093
#25It is surprising that weather balloons don't have ADS-B out (or did this ballon have that and something about the system didn't work?). If it did work, ADS-B would have made this collision very avoidable.
Re: UA 1093
#26What I don't get is how did the pilots not see it? Are they that hard to see, or was vision obscured? The balloon in the attached picture looks pretty large.
Re: UA 1093
#27Earlier quoted context omitted.
A reminder for those in the back, government regulation made this safe (FAA limits). And yes, this is good engineering, but through decades of learning crowdfunded with tax dollars.
Anyone arguing against government regulation as a whole is completely delusional. Companies can't be trusted to regulate themselves.
Re: UA 1093
#28What I don't get is how did the pilots not see it? Are they that hard to see, or was vision obscured? The balloon in the attached picture looks pretty large.
Re: UA 1093
#29> The system is designed to not pose a risk to human life in the worst case event of a collision. This is what the FAA 101 and ICAO weight limits are for. And indeed, there were no serious injuries and no depressurization event to my knowledge as a result of the collision. This seems close to a worst case scenario for this failure mode, and everyone is still OK. I consider that good engineering.
Re: UA 1093
#30It is surprising that weather balloons don't have ADS-B out (or did this ballon have that and something about the system didn't work?). If it did work, ADS-B would have made this collision very avoidable.