Weird somehow you quoted one of my old posts from the Russia thread in this thread? I think the forum got broken somehow as I’m 100% sure that was not your intention given your response and may not have been a deliberate result of your clicks.
@Eric - possible bug?
This has happened with people responding to my posts in the past too. I occasionally see some other weird glitches here.
Frankly, I'm surprised it took us this long. We're assuming that they knew how to jam it or what it was collecting if they waited this long but it was strange to just leave it floating around up there knowing it's from a foreign spy.
If I’m not mistaken, the only reason the military started talking about this incursion was because people on the ground could see it. Had it not been noticed by the public, I’m not sure we would have been told, at least in real time. There could be advantages to letting China think their mission had been successful. Regardless shooting it down over the ocean is a much safer option.
I did see an article that mentioned potential technical hurdles with shooting down a balloon due to its likely relatively small radar and thermal signatures and slow speed. Modern weapons/sensors are designed to ignore things that don’t fit the intended criteria. It’s possible they needed to rework some parameters to ensure the best chance of success.
The F-22 does have a 20mm rotary/gatling type gun.
Perhaps an inert Sidewinder missile with a data link back to the F-22 tracking radar was judged to produce a better outcome of preserving the balloon's payload.
I would have thought punching holes would easily take down a balloon, but read earlier today that in 1998 Canada had an off-course weather balloon they needed to bring down. It took two CF-18’s 1000 rounds and it still took days to descend- and this was at <35,000 ft.
I didn’t think about the physics until reading this story, but if you think about it, depending on the design, you wouldn’t necessarily have a significant pressure differential between the balloon and the atmosphere at altitude. So if you shot holes in it, the gas would not escape like one might expect.
To use the cannon they would ideally want to be above the balloon, especially if over land. Shooting upwards means bullets flying ballistically for miles, which is potentially dangerous.
The F-22 specs tend to say they have a service ceiling “over 50,000ft”. So who knows if it could get close enough for either case. Even if the F-22 could make it to 65,000ft (with sufficient fuel and weapons loaded), it would be extremely dangerous if the plane lost cabin pressure or an ejection was required. Plus there’s probably nearly zero ability to maneuver the plane to easily line it up for a shot at that altitude.
The F15 famously hit over 100,000ft, but that’s was in a modified plane with every last component possible stripped out of it, no weapons, probably just enough fuel, required full afterburner and following a totally optimized path, ignoring the inability to maneuver, etc- and that altitude was not at all maintainable. Aka not a real world scenario.
I too figured they’d use an inert warhead. I don’t know what AMRAM explosions are supposed to look normally using their fragmentation warheads. In the video there does appear to be a black cloud around the impact point. So maybe it was a live warhead?
I’m sure because of this the defense contractors will be just itching to sell the government a 65-100,000ft interceptor aircraft/drones.
Or maybe they can take the Tomahawk R9X cruise missile’s deployable “samurai swords” and put them on an AMRAM. Just to take out balloons.