wemay
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Here's Juan Browne's thoughts.
Just viewed this video too. Very interesting and of course...sad.
Here's Juan Browne's thoughts.
Thinking that too, but there is significant heat coming from the right engine in the video, unless that is residual. Tragic, but the analysis will be interesting.Looks like a dual engine failure. Both A & B system hydraulics quit when that happens. Probably didn't have time to crank up APU to provide electrical power either.
It's difficult to determine if there is something hot coming from the engine, or was it fuel from a fuel line/fuel tank rupture?Thinking that too, but there is significant heat coming from the right engine in the video, unless that is residual. Tragic, but the analysis will be interesting.
There appeared to be heat shimmer trailing the engine as the pilots began their flare, before touchdown. I only noticed it on the head on view.It's difficult to determine if there is something hot coming from the engine, or was it fuel from a fuel line/fuel tank rupture?
Maybe. Maybe not. Too soon to tell.Looks like a dual engine failure. Both A & B system hydraulics quit when that happens. Probably didn't have time to crank up APU to provide electrical power either.
The heat shimmer is the RH (#2) engine, which suffered the bird strike earlier, and is still running, just at a reduced thrust level. As for the LH (#1) engine, it looks to me like after the bird strike, the pilots shut-down the wrong engine, as there is no apparent heat signature (from a running engine) on the #1 engine when the aircraft approaches for the runway for a 2nd time. It wouldn't be the 1st time in aviation history that a pilot chose the incorrect engine to shut-down. The pilots had tried the approach once, but initiated a go-around, and the timing of the go-around was rather brief before attempting the 2nd landing approach in the (opposite) direction seen in the spotter video (of the crash). In the process, and the short interval for attempting the 2nd landing, it's obvious they didn't run through the checklist for an engine-out landing, and thus omitted the steps for setting the flaps for landing, as well as deploying the landing gear. In the worst case, they could have used the Alternate Extension System, which is three (3) independent T-handle releases located at the bottom of the center aisle (between the pilots). The system uses gravity, and as such, takes a little longer to deploy than when using the Normal System w/Hydraulics, but it would have got the LG down regardless of any System A/System B hydraulic issues.There appeared to be heat shimmer trailing the engine as the pilots began their flare, before touchdown. I only noticed it on the head on view.
The airplane is a popular scapegoat which allows authorities to “save face” by taking attention off the crew.The heat shimmer is the RH (#2) engine, which suffered the bird strike earlier, and is still running, just at a reduced thrust level. As for the LH (#1) engine, it looks to me like after the bird strike, the pilots shut-down the wrong engine, as there is no apparent heat signature (from a running engine) on the #1 engine when the aircraft approaches for the runway for a 2nd time. It wouldn't be the 1st time in aviation history that a pilot chose the incorrect engine to shut-down. The pilots had tried the approach once, but initiated a go-around, and the timing of the go-around was rather brief before attempting the 2nd landing approach in the (opposite) direction seen in the spotter video (of the crash). In the process, and the short interval for attempting the 2nd landing, it's obvious they didn't run through the checklist for an engine-out landing, and thus omitted the steps for setting the flaps for landing, as well as deploying the landing gear. In the worst case, they could have used the Alternate Extension System, which is three (3) independent T-handle releases located at the bottom of the center aisle (between the pilots). The system uses gravity, and as such, takes a little longer to deploy than when using the Normal System w/Hydraulics, but it would have got the LG down regardless of any System A/System B hydraulic issues.
What I find absolutely appalling is the Koreans are now starting an investigation into all 101 Boeing 737s registered in South Korea. For what? It doesn't appear to be an airframe issue, rather pilot error as well as some likely Crew Resource Management (CRM) issues. Bird strikes unfortunately happen all the time in aviation - a single engine-out does not doom a 737 to a belly landing. Full stop.
For someone not involved in aviation at all, I found the comments made by former fighter pilots Mover, Gonky, and Wombat interesting. To summarize, something compelled the air crew to want to bring the plane down quickly instead of going through the usual check lists, and we won't know that until the investigators have done their thing.
Mover makes and interesting comment that the video of the bird strike/compressor stall could be mirrored as sometimes YT does that with portrait oriented video. If so, it might explain a few things. Here's the video so you can hear it from Mover, Gonky, and Wombat themselves:
Or British Midland flight 92.I just cannot get out of my head TransAsian flight 235 watching this video.
https://avherald.com/h?article=52225189&opt=0
According to this, it was 3 minutes between the Mayday and Go-Around call to touchdown. Seems awfully fast, especially for landing on an unplanned runway. Still don’t want to draw too many conclusions, but the official report will be an interesting and tragic read.
Unfortunately, I don't really know. Everywhere I have seen has said the weather was darn near perfect. My guess is that it is just a mistake- perhaps they inadvertently added "weather" and meant to say "attempted another landing in adverse conditions", or something along those lines.@ JustN89
The Aviation Herald said:
"...The aircraft then attempted another landing in adverse weather conditions..."
Huh? Where did they get this?
Adverse means unfavorable, hostile, or harmful.