Airlines, airplanes and other kerfuffles

My initial reaction was someone is getting more sim time if for no other reason than they are down an AC.

As a guy who supports Navy flight sims, I don't think people understand how valuable those are to the fleet. Our two flight trainers are in use 5 days a week from 0700-0200 the next day. The number of trainers in use across the Navy is staggering. They are relying on them enough the T-45 replacement might not be carrier-capable with aviators taking their first looks at the boat while at an FRS or even the fleet. Some NFOs are being certified up to flight-specific tasks on sims. It's wild.

I think you'd be hard pressed to find a commander who doesn't want more sims for the aircrew. The amount of money flight sims are saving the Navy must be astronomical.
 
As a guy who supports Navy flight sims, I don't think people understand how valuable those are to the fleet. Our two flight trainers are in use 5 days a week from 0700-0200 the next day. The number of trainers in use across the Navy is staggering. They are relying on them enough the T-45 replacement might not be carrier-capable with aviators taking their first looks at the boat while at an FRS or even the fleet. Some NFOs are being certified up to flight-specific tasks on sims. It's wild.

I think you'd be hard pressed to find a commander who doesn't want more sims for the aircrew. The amount of money flight sims are saving the Navy must be astronomical.

I think we've discussed this on here; with AI, sim, and other tech, apparently the outcomes are supposed to be better. RE: NFOs, I am not surprised. Most if not all of their technical job can be learned on the ground, and the in-flight stuff they are learning as first-tour JOs.
 
Search and rescue teams safely recovered a Navy pilot Wednesday off the coast of Virginia

“The F/A-18E remains in the water where it crashed,” the release said.

No shit. I forgot about those auto-recovering crash modules on the Rhino.

Fire the PAO.
 
Yes and no.
The Service Safety Office's project how many of each type may crash during a FY. Additional aircraft may be bought at the end of a production run if the type hasn't been replaced. F-18's are being phased out, so one less flight to the bone yard.

I don't know if the AF does this, but the Navy will easily move a plane between squadrons 5-6 times in its lifespan. Some of that I understand because depot stuff becomes a one-for-one exchange. Plus, each F-35 squadron coming online will free up 12-18 a/c for replacements.

The production run is now scheduled to end in 2027 but that was revised to the right within a year or so of stating 2025. Those planes will fly beyond 2035. I don't think the Navy has met the first or even second sunset date for any of its platforms in the last 50 years.

Like all of the services, getting aircrews is the problem.

ETA: 2035 and 3035 aren't the same thing...
 
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I think he over powered the maneuver, A/B in a dive.

I saw that too. Unless it mechanicaled somehow, he really screwed the pooch. I don't have to be a pilot to know you retard the throttle in a dive like that, much less the 'burner.
 
That UPS crash in Louisville is gnarly. One engine falling off the plane while the other suffers compressor stalls during takeoff? The truck dashcam gave me Bagram flashbacks.

I would not have wanted to be that flight crew, knowing what was going to happen but powerless to do anything about it.
 
One engine falling off the plane while the other suffers compressor stalls during takeoff?

"Gnarly" is the word I used when I saw the first videos of the crash. I was wondering why they couldn't keep it airborne with just one out; current RUMINT (and that's all it is) has it that FOD from the departed engine (#1) taking out the high engine (#2). That makes a lot of sense, given how things wound up.

But, as before, it's always better to wait for the report.
 
"Gnarly" is the word I used when I saw the first videos of the crash. I was wondering why they couldn't keep it airborne with just one out; current RUMINT (and that's all it is) has it that FOD from the departed engine (#1) taking out the high engine (#2). That makes a lot of sense, given how things wound up.

But, as before, it's always better to wait for the report.

Can a fully loaded MD-11 climb out on one engine?

All sorts of photo and video stuff coming out today. In a sense the proliferation of Ring cams, dash cams, phones, etc. must be a gold mine for investigators.
 
Can a fully loaded MD-11 climb out on one engine?
No. 😞

It can lose an engine, although not a catastrophic separation with structural damage, and still take off/climb. In theory, the engine could even separate cleanly and the airplane would still have enough performance to climb and return to the airport.

Without getting too far down the path of speculation, it does appear the UPS jet also encountered an issue/compressor stall in it's #2 engine (the tail engine) as well. So, only #3 (right wing) was likely operating at any real capacity.

This incident is similar to a well documented crash of AA FL191 at O'Hare back in '79. That aircraft was a DC-10, a predecessor to the MD-11, which also had a catastrophic engine separation.

The double whammy in both cases is that the incident occurred at an altitude that didn't allow the pilots much of an opportunity to react, even in the best case scenario. Pretty tough hand to be dealt.

Investigators will surely take a hard look at the engines fuse pins, along with everything else.
 
Most airliners--most current multi-engine aircraft--are designed to continue a takeoff after losing an engine after V1 (briefly defined as the decision point to continue or terminate a takeoff) speed. Too heavy and too fast with not enough runway left to stop when the second engine stalled. Given the timeline, I don't think there was anything else the crew could have really done.
 
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