GA mishap rates up 20%?
#11
Gets Weekends Off
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I'm pretty sure we're on the same page, but I'd suggest that tech can only improve situational awareness, and safety only when that SA is interpreted correctly. My fear is that tech has become a crutch for sound aeronautical descision making. All that technology without the ability to interpret what it's telling only makes for a more expensive smoking hole.
Low experience, plus the barrage of info being provided through new technology is leading to bad SA and poor desicion making.
#12
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...I think risk assessments, IMSAFE checklists, decision making processes, and the lot are fairly useless, as they are trying to change attitudes and that is a very hard thing to do. The pilots who have a good attitude and do not take excessive risks do not need those "tools" and the ones that do are the ones that will disregard the "tools" anyway....
#13
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From: Square root of the variance and average of the variation
How about a mentoring program after you get a Private license. It would be like a learner's permit. You still would need to fly X number of hours every so often with a CFI. It is kind of like the student that calls you after they get their license and says, "hey, got this trip. Would you mind going along with me?" I had a student that bought a brand new Garmin 1000 Cessna 182 in 2008 with no flight experience at all. Even though he was not legally required to after he got his license, he asked me to fly with him on many long cross countries. We've taken that 182 from Ft Worth as far as SLC,DEN and LAS, in all weather conditions. He probably learned more during those trips than he did during his training! More importantly, it gave him an opportunity to use decision making skills under observation with corrective input --like an FO flying with an experienced captain---...Well, the NEXRAD data is 22 minutes old so would you really like to head that way? I believe some sort of mentoring would bring down the accident rate.
#14
The problem with 'organized' risk assessment/management is that risk is dynamic, not static, and these assessments have the potential to lull some people into a false sense of security: "I did my risk assessment and we're good to go with the mission now".
I too have seen a degradation in stick & rudder skills as both civilian & military flight schools focus a lot of time and effort on aeronautical decision making, risk assessment, etc. Stuff that takes time away from real things.
Likewise, the move towards synthetic training devices has limited the opportunity to hone stick and rudder skills. Even full-motion, level D simulators will only ever be 1g and 2D vis (well, 3D vis may come one day, but it still won't be like real vision anytime in the foreseeable future). The 1g means you can't replicate sinks, slips, or skids and the 2D vis, no matter how photo-realistic, will never give you true depth perception or peripheral vision (although some of the fighter non-motion, 360-deg vis things do some of it). This means you're teaching guys to fly procedures and numbers - which gets you most of the way there, but will never make you a pilot.
I too have seen a degradation in stick & rudder skills as both civilian & military flight schools focus a lot of time and effort on aeronautical decision making, risk assessment, etc. Stuff that takes time away from real things.
Likewise, the move towards synthetic training devices has limited the opportunity to hone stick and rudder skills. Even full-motion, level D simulators will only ever be 1g and 2D vis (well, 3D vis may come one day, but it still won't be like real vision anytime in the foreseeable future). The 1g means you can't replicate sinks, slips, or skids and the 2D vis, no matter how photo-realistic, will never give you true depth perception or peripheral vision (although some of the fighter non-motion, 360-deg vis things do some of it). This means you're teaching guys to fly procedures and numbers - which gets you most of the way there, but will never make you a pilot.
#15
As far as new equipment (G1000, etc), I'm all for getting someone in there who can show me how to best use the tools at hand.
#16
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From: Square root of the variance and average of the variation
I should have specified quals for the mentor in terms of hours/experience. Once you've achieved a certain amount of time you would be released from mentoring so the 1000hr PP would not apply. Many of the PP I see on BFRs are flying 30 hours a year. Loading all 6 relatives in the flying club PA32-300 on a 103 degree day in TX and going to the family reunion in Ruidoso at 6,920 MSL elevation. The let's go do some stalls and steep turns at 7am on a cool day with the two of us BFR won't help that guy. Getting him into a realistic situation will.
#17
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Landsberg, co-chairman of the steering committee, said the panel endorses working with the FAA to make it cheaper for small planes to install a device that warns pilots when wings are in danger of losing lift. Such devices are standard on commercial airliners.

USMCFLYR[/QUOTE]
NO, he was referring to an AOA indicator for GA aircraft.
The problem we are having is the lack of basic stick and rudder skills. That goes beyond flying the airplane and encompasses basic ADM too.
40 years ago, aircraft with gyros weren't used until the student was ready for an instrument rating. Otherwise private pilots would learn on a bare to the bones, dead reckoning, Piper Cub.
Today, we are injecting crazy amounts of information and distractions into the private pilot cockpit that is giving them a false sense of security.
I feel that we need to get back to the "building block" approach to FT.
#19
40 years ago, aircraft with gyros weren't used until the student was ready for an instrument rating. Otherwise private pilots would learn on a bare to [/QUOTE]
Solo a glider, then move on to the powered plane syllabus. Done this way at the USAFA, with Israeli Air Force, and most of the commonwealth air forces (via a robust cadet training scheme). It's a cheaper way to learn the basics, and builds outstanding habit patterns WRT external scan, energy management, and rudder coordination.
Solo a glider, then move on to the powered plane syllabus. Done this way at the USAFA, with Israeli Air Force, and most of the commonwealth air forces (via a robust cadet training scheme). It's a cheaper way to learn the basics, and builds outstanding habit patterns WRT external scan, energy management, and rudder coordination.
#20
This article states that GA mishap rates are up 20% since 2000, while there has been an approximate 85% decrease in commercial operations and associated mishap rates.
It is basically saying at one point that GA pilots are not learning from their mistakes or benefiting from the recent advances in safety cultures and programs.
Deadly Private-Plane Crashes Prompt U.S. Call for Basics - Businessweek
Do the GA pilots here on APC think they have benefited from the recent safety advancements?
USMCFLYR
It is basically saying at one point that GA pilots are not learning from their mistakes or benefiting from the recent advances in safety cultures and programs.
Deadly Private-Plane Crashes Prompt U.S. Call for Basics - Businessweek
Do the GA pilots here on APC think they have benefited from the recent safety advancements?
USMCFLYR
I don't know where Businessweek is getting their information from but, the 2011 Nall report shows a steady decline and a 17% decrease in GA accidents since 2001. Just look at page three:
http://www.aopa.org/asf/publications...ll-summary.pdf
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