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#1
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![]() Bill Denton wrote: There's really not a problem with the Cirrus, the problem is with pilots who either didn't educate themselves about the airplane, or who think they know more than the people who designed and built the plane. Maybe, but the time-honored solution to that type of problem is to quit building or buying planes like that. George Patterson This marriage is off to a shaky start. The groom just asked the band to play "Your cheatin' heart", and the bride just requested "Don't come home a'drinkin' with lovin' on your mind". |
#2
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Unfortunately, if we followed your solution, everyone would still be lying
down on the wing to pilot a fabric-covered canard that needed a rail to take off. Almost every technological advance requires additional training, resulting in an upgrade in skills and mindset. Consider the transition from props to jets. I doubt if many pilots (other than the test pilots) made the transition without additional training. The Cirrus is not necessarily a dangerous airplane; it is a different airplane, that looks a lot like many other GA airplanes. Which it isn't. Too many pilots think they can just skim the POH and go. I read an article last night that indicated that by offering additional training, Cirrus has been able to make major inroads in it's accident problems. Now, the inevitable analogy: When antilock brake systems for automobiles first began achieving widespread market penetration, the number of accidents involving police cars increased dramatically. There were three primary reasons for this: Exposure - Police officers drive a lot, and much of it is stop and go driving. Conditions - Police officers frequently drive at high speeds, which require "hard stops". And they frequently drive on roads in less than optimal conditions (maintenance, weather, etc.). Training - Police officers were trained to "pump" the brakes, a technique that causes ABS to work with even less efficiency than conventional brakes. So, police departments implemented re-training programs that taught the officers both to apply steady pressure to the brake pedal, and helped them break their old pattern of pumping the brakes. The accident rate returned to close to previous levels. And this is analogous to the Cirrus situation. It requires retraining, but given the proper training it's not an especially dangerous aircraft... "G.R. Patterson III" wrote in message ... Bill Denton wrote: There's really not a problem with the Cirrus, the problem is with pilots who either didn't educate themselves about the airplane, or who think they know more than the people who designed and built the plane. Maybe, but the time-honored solution to that type of problem is to quit building or buying planes like that. George Patterson This marriage is off to a shaky start. The groom just asked the band to play "Your cheatin' heart", and the bride just requested "Don't come home a'drinkin' with lovin' on your mind". |
#3
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"Bill Denton" wrote
Now, the inevitable analogy: When antilock brake systems for automobiles first began achieving widespread market penetration, the number of accidents involving police cars increased dramatically. There were three primary reasons for this: Exposure - Police officers drive a lot, and much of it is stop and go driving. Conditions - Police officers frequently drive at high speeds, which require "hard stops". And they frequently drive on roads in less than optimal conditions (maintenance, weather, etc.). Training - Police officers were trained to "pump" the brakes, a technique that causes ABS to work with even less efficiency than conventional brakes. So, police departments implemented re-training programs that taught the officers both to apply steady pressure to the brake pedal, and helped them break their old pattern of pumping the brakes. The accident rate returned to close to previous levels. Yes, it's a great analogy. A supposed safety advance was introduced into the cars. After retraining, the result was almost as safe (not safer) as what it replaced, and more expensive to boot. Without retraining, it was a lot more dangerous. What was the advantage again? And this is analogous to the Cirrus situation. It requires retraining, but given the proper training it's not an especially dangerous aircraft... But it's supposed to be a safer aircraft than what we fly. It was supposedly designed for safety. Now we think that maybe with sufficient retraining it won't be especially dangerous. Michael |
#4
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![]() " "Bill Denton" wrote And this is analogous to the Cirrus situation. It requires retraining, but given the proper training it's not an especially dangerous aircraft... The Cirrus was touted to be safer than all the other airplanes. Now we find out it is 300% more lethal than the Cessna 182S. |
#5
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Howdy!
In article , Michael wrote: "Bill Denton" wrote [snip ABS and police] The accident rate returned to close to previous levels. Yes, it's a great analogy. A supposed safety advance was introduced into the cars. After retraining, the result was almost as safe (not safer) as what it replaced, and more expensive to boot. Without retraining, it was a lot more dangerous. What was the advantage again? Would you care to cite some independent corroboration for the columny you offer? What is "less safe" about ABS? Bill Denton spoke of how it caused *police officers* problems, but not the general driving public. Or are you just opposed to any safety advance? And this is analogous to the Cirrus situation. It requires retraining, but given the proper training it's not an especially dangerous aircraft... But it's supposed to be a safer aircraft than what we fly. It was supposedly designed for safety. Now we think that maybe with sufficient retraining it won't be especially dangerous. ....no more dangerous than any other light single...or are you just picking out a phrase to hilight it with (implied) scare quotes? Bad troll. No biscuit. yours, Michael -- Michael and MJ Houghton | Herveus d'Ormonde and Megan O'Donnelly | White Wolf and the Phoenix Bowie, MD, USA | Tablet and Inkle bands, and other stuff | http://www.radix.net/~herveus/ |
#6
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#7
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![]() "Michael" wrote in message om... But it's supposed to be a safer aircraft than what we fly. It was supposedly designed for safety. Now we think that maybe with sufficient retraining it won't be especially dangerous. Do you know why/how AOPA stated in today's Epilot newletter that the Cirrus is as safe as the 172/182? The recent stats from Aviation Safety (BEFORE the recent fatal accident this week) showed it clearly had a worse safety record. Is AOPA being less than objective here in order to suit some politically correct agenda? -------------------- Richard Kaplan, CFII www.flyimc.com |
#8
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![]() Richard Kaplan wrote: Is AOPA being less than objective here in order to suit some politically correct agenda? Perhaps the blurb for the newsletter was written before the recent accidents? George Patterson This marriage is off to a shaky start. The groom just asked the band to play "Your cheatin' heart", and the bride just requested "Don't come home a'drinkin' with lovin' on your mind". |
#9
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![]() "G.R. Patterson III" wrote in message ... Perhaps the blurb for the newsletter was written before the recent accidents? No, the article was ABOUT this week's fatal SC accident. -------------------- Richard Kaplan, CFII www.flyimc.com |
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