BS. Engine failure low IFR could lead to a pull. Also structural failure.
I " think" there was ONE structural failure... Caused by POOR mechanical workmanship at the Cirrus dealer...
I will give you the motor failure excuse though...
BS. Engine failure low IFR could lead to a pull. Also structural failure.
Of course it is if you have an emergency. All the big talker cirrus bashers here, I bet if they were in an emergency and had a chute handle to pull they'd be pulling it while sobbing and begging for their mommies under their breath
There have been Cirrus pilots who crashed and died without pulling the chute handle. They are the ones who followed the advice of some here.
I do not have a Cirrus, never flown one, but don't understand all the hate.
BS. Engine failure low IFR could lead to a pull. Also structural failure.
Considering an option that inevitably leads to an un-reusable airplane as a "plan B" is so foreign to my way of thinking that I have a hard time believing that it could play a role in anyone's decision making process. But I've never flown a plane with BRS nor been a candidate to own one (and I expect I never will), and human psychology can lead people to think and act in ways that are totally irrational, so I can't rule out the possibility either.I am not a cirrus hater by any stretch. Besides the costs involved, I think the chute is a wonderful safety feature. I know you can't read the pilot's mind, but I wonder if he would have found a way to get fuel sooner if he didn't have the chute as a plan B. I often wonder if people "push their luck" knowing they have a possible out with the chute.
I don't like it either, but it *can* be true with some part 23 airplanes.
I " think" there was ONE structural failure... Caused by POOR mechanical workmanship at the Cirrus dealer...
I will give you the motor failure excuse though...
I don't think so if loaded and flown properly. At least I've not met a light twin yet that was definitely going to crash and kill all on board if loaded lightly/properly and handled properly when it ate one. Of course any pilot can screw up and botch an emergency, (single or multi-engine), including the two videos above, one of which the pilot pulled back the wrong aka working engine instead of the dead one, leaving him with no engines, until too late to recover. And of course any pilot can overload an airplane so that it cannot perform on one engine and force them to land in a field or wherever is below them, (which is where a single-engine plane is going anyway if it loses an engine). Anyway, sorry, that particular little saying has always bugged me. lol
What about smacking into turkey vultures at 200 mph
Wow....
I didn't know a Cirrus smacked a bird and had to pull ??
Clearly this example would be the fault of the pilot for failing to avoid the bird.
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I don't think the requirements for an airplane under (6000 lbs??) need to be able to climb SE whatsoever. In addition, I don't believe any part 23 airplane needs to demonstrate the 1.6 net gradient that part 25 airplanes do. I could be wrong, but I don't think so.
Meaningless. You can support any hypothesis you want with only one month's worth of data by choosing a convenient month. It just so happens that December 2015 is convenient for your assertion.
Let's rather talk about the number of accidents last year, compared to flying fleet size and the number of serious injuries/fatalities for each. That would be the ultimate data to draw conclusions from. Even so, probably need to look at multiple years for a more accurate view and to see the trends.
We do know that he was landing on 36R at Charlotte and then drifted towards 36C after breaking out. They sent him missed and got him set up on an RNAV into Concord that he went missed on, then were vectoring him for an ILS before he pulled. He apparently had 17 gallons at Charlotte.
How in the hell do you miss the runway at CLT in that airplane?
You could leave the A/P engaged down to below mins and have no pilot skill whatsoever and still make it.
I asked this earlier and didn't see s response: did he just give up and pull the chute while he still had fuel, or did he do it after the engine quit?
Someone with local knowledge posted on the COPA site that 36C is concrete, while 36R is bitumen of some sort (i.e. dark). It was low ceilings/viz at the time. It's possible he went visual as soon as he broke out (when he should have stayed on the instruments until DA) and then drove towards the runway he saw, which might have been the brighter runway surface of 36C.
Sounds like he got in over his head at an unfamiliar, busy Class B airport in low IFR conditions. As soon as he deviated, ATC yanked his chain and sent him packing towards another airport.
We don't yet know the immediate circumstances that led to his chute pull. It sounds like he still had 17 gallons at Charlotte and 12 gallons at last report before the pull. He was probably stressed out from the deviation at Charlotte. There was no reported engine trouble, nor did he declare an emergency.
It's possible he ran a tank dry, and panicked rather than switch to the other tank. The fuel selector on that aircraft is R or L but not both. But, again, it's just speculation.
Considering an option that inevitably leads to an un-reusable airplane as a "plan B"
Thanks for that info, I did not know that. Still, I can't imagine a vertical landing under a chute not leading to substantial damage requiring extensive (and expen$ive) repairs. Which was really my point: what pilot knowingly puts himself into a position where he might have to shell out, I don't know, say 100 AMU (or more) before his plane would be airworthy again? I can't fathom the mindset, and suspect it largely doesn't exist, but I can't be sure.I do not think it has been widely understood that Cirrus changed both their language and approach regarding reusing aircraft after CAPS deployments. Many do fly again.
https://www.cirruspilots.org/copa/s...CAPS_Planes_that_Were_Repaired_and_Flew_Again
So, are you saying this guy popped the chute with fuel still onboard and the engine running???
Someone with local knowledge posted on the COPA site that 36C is concrete, while 36R is bitumen of some sort (i.e. dark). It was low ceilings/viz at the time. It's possible he went visual as soon as he broke out (when he should have stayed on the instruments until DA) and then drove towards the runway he saw, which might have been the brighter runway surface of 36C.
Sounds like he got in over his head at an unfamiliar, busy Class B airport in low IFR conditions. As soon as he deviated, ATC yanked his chain and sent him packing towards another airport.
Here is the weather reported at the time:
KCLT 082052Z 04005KT 10SM OVC007 08/06 A3004 RMK AO2 SLP173 60000 T00780056 56010
KCLT 081952Z 04006KT 10SM OVC007 07/05 A3004 RMK AO2 SLP174 T00720050
KCLT 081852Z 02006KT 10SM OVC005 07/04 A3005 RMK AO2 RAB17E43 SLP175 P0000 T00670044
KJQF 082050Z 01005KT 3SM BR OVC005 07/06 A3008
KJQF 082040Z 34005KT 3SM BR OVC005 07/06 A3008 RMK AIRCRAFT ACCIDENT 7NM-8NM NORTH OF AI
He had 10 miles visibility and 700 overcast the first time--that's the part that makes me shake my head. It was far from poor vis or ceilings. He should have had zero trouble finding a place with 10 miles visibility breaking out at 700', and not much trouble finding a place with 3 miles and 500 feet. That's excellent VFR then legal VFR visibilities...
And light winds.
Was CLT his original intended destination? CLT Approach can be challenging if you aren't prepared. I wonder if he got frazzled trying to keep up with the controllers and just blew it.
Anyway, sorry, that particular little saying has always bugged me. lol
I don't think the requirements for an airplane under (6000 lbs??) need to be able to climb SE whatsoever. In addition, I don't believe any part 23 airplane needs to demonstrate the 1.6 net gradient that part 25 airplanes do. I could be wrong, but I don't think so.
Is that sarcasm?
KANNAPOLIS ONE Arrival. Fly CLT 010 radial for 10 miles.... THENCE pull the chute.
From the ATC clip, he said he saw it, but he was drifting towards the center runway where there was a jet in position so the controller sent him around. At that point he had not declared an emergency. There was also confusion about the fuel he had. When the controllers asks "how many minutes?" he replies "17 minutes". Later, in the first ATC clip, he restates that as "17 gallons", which is a big difference.Did he even make minimums?.....with a 700' overcast he woulda seen it.
He was supposed to be landing on the right runway. Who knows what he saw, but the controller was apparently concerned he was aiming for the center.The center runway is some distance from the right. I wonder if he was drifting toward the parallel taxiway and thought it was the center runway.
It doesn't do it itself. You need to know how to use it and set it up correctly. I would say the more sophisticated avionics have a steeper learning curve.Doesn't all of that fancy avionics paint the yellow (well, magenta) brick road right down to the selected runway?
The center runway is some distance from the right. I wonder if he was drifting toward the parallel taxiway and thought it was the center runway.
It doesn't do it itself. You need to know how to use it and set it up correctly. I would say the more sophisticated avionics have a steeper learning curve.
That is a good point. 36C is nowhere near 36R. He would probably would have been dang near full scale deflection on the localizer for the controller to have been concerned about him encroaching on the Center.
If he was visual he may have looked out and seen *a* runway, just not the correct one.
No one said he wasn't messed up. He couldn't manage to set up and/or fly the next two approaches to the other airport either.Yes, but he had a right cross-wind no more than 5 kts. If he was so out of whack when he broke out to think that 36C was his runway, he was seriously messed up (and significantly off the localizer).
Yes, but he had a right cross-wind no more than 5 kts. If he was so out of whack when he broke out to think that 36C was his runway, he was seriously messed up (and significantly off the localizer).