https://x.com/deankolson87/status/1880026759133032662?t=HdHF...
https://x.com/realcamtem/status/1880026604472266800
https://x.com/adavenport354/status/1880026262254809115
Moment of the breakup:
https://x.com/deankolson87/status/1880026759133032662?t=HdHF...
https://x.com/realcamtem/status/1880026604472266800
https://x.com/adavenport354/status/1880026262254809115
Moment of the breakup:
https://bsky.app/profile/flightradar24.com/post/3lfvhpgmqqc2...
https://en.wikipedia.org/wiki/NOTAM
It seems like the flights should have been planned around it so no diversion would be needed.
If anything planes much further downrange (thousands of km) should be diverted, not immediately under the re-entry point.
Do you have a better explanation why they are doing donuts over the pacific at the time of reentry, then were diverted?
https://www.flightaware.com/live/flight/ABX3133
https://www.flightaware.com/live/flight/N121BZ/history/20250...
Why do you think it is pointless?
If I am a pilot and the tower says "debris seen heading east of Bahamas", I probably wont want to keep flying towards that direction.
Yeah, it is probably low risk, but I dont have a super computer or detailed map of the Starship debris field or entry zone.
Lost it over the years but I used to have a photo of about 20 vans of people parked on our property doing the search for debris. Don't think they found any on our land but there was a 3 ft chunk about 5 miles down the road.
"When I'm good... I'm very good. But when I'm bad... I'm even better." :-)
Combined with another tower catch, that's two spectacular shows for the price of one. Hopefully the onboard diagnostic telemetry immediately prior to the RUD is enough to identify the root cause so it can be corrected.
It would just be sent back to ILM marked "Good effort, but too obviously fake. Rework to be more realistic and resubmit."
There are lots of vertical-landing rockets ... in science fiction, and only before Sputnik in 1957. Once actual space programs came about and lots of engineers understood just how difficult landing a rocket is compared to launching it, they all went away. Fictional vehicles became more and more complex to make them "realistic" (that is, consistent with real spacecraft on the news), or just didn't bother with the details at all and went to quasi-magic technologies like in Star Wars and Star Trek.
SpaceX is taking us to the future by going with something from the past.
Such an unbelievable moment. And I also think an indicator of how much better society could be if we focused more on doing amazing things. The comments on YouTube are just filled with hope optimism and general awesomeness. FWIW that link goes straight to the moneyshot - it's always so much better if you watch it all the way through. It's an amazing broadcast.
With the Apollo moon landings in recent memory, I'd read those sci-fi books late at night with a flashlight under the covers of my bed and then fall asleep thinking about how "I'll still be alive 50 years from now. I'll get to actually live in the world of the future. Maybe I'll even work in space." And by the time I graduated from high school it was already becoming clear things were going much to slow for me to even see humans colonizing Mars. And that was reality until about a decade ago.
So, yeah. Watching the live video of the first successful Starship orbital launch with my teenage daughter... I got a little choked up, which surprised me. Felt like discovering a very old dream that's been buried too long. And somehow the damn thing's still alive. Or maybe I just got something in my eye. Anyway, I know it's too late for me to ever work off-planet. But maybe not for my kid... so, the dream lives on. It just had to skip a generation.
SpaceX brought our childhood dreams back. But more importantly, SpaceX is bringing our naive childhood expectations to fruitation.
The Falcon 9 puts humans into orbit then turns around and lands not far from the launch tower. It's then brought in for maintenance and a few weeks later launching again - some of them have done 20 flights.
The space-shuttle could not fly to the orbit automatically. It had to have people on board, and the first flight, IIRC, came close to a disaster.
map: https://github.com/kla-s/Space/blob/main/Map_NOTMAR_NOTAM_Sp... description: https://github.com/kla-s/Space/tree/main
Lets hope this is the year of Linux desktop and i didn't violate any licenses or made big errors ;)
If my understanding is correct, it seems sensible at least in a hand-wavy way: you have a few places where things are more likely to come down either unplanned or planned (immediately around the launch site and at the planned deorbit area), but then you have a wide swath of the world where, in a relatively localized area, you -might- have something come down with some warning that it will (just because the time it takes to get from altitude to where aircraft are). You close the priority areas, but you don't close the less likely areas pro-actively, but only do so reactively, it seems you'd achieve a balance between aircraft safety and air service disruptions.
https://www.youtube.com/watch?v=w6hIXB62bUE
It's ATC audio captured during the event.
As far as I understand airline pilots have a high level of authority and diverting probably was the right call depending on the lag between seeing it and knowing what it was or if there was a risk of debris reaching them. They wouldn't necessarily know how high it got or what that means for debris.
I think it's an absolutely reasonable choice to just say comfortably divert rather than try to linger in hopes of it not lasting too long and possibly ending up diverting anyway... but on minimums.