TMetzinger
Final Approach
They make 'em better:
http://www.youtube.com/watch?v=5CU-k0XmLUk&feature=sub
I just reconsidered buying my daughter an older tank-like car when she's old enough.
When I was learning to drive - you were extremely fortunate if you had a car that lasted 100,000 miles without significant expenses like an engine or transmission rebuild, or without it rusting away. Seat belts were lap only, and car seats for kids didn't exist. And oh, yeah, an 8-Track was the upgrade from an AM/FM radio that was strictly analog. And you got 10-14 MPG if lucky. (My high school cars were a '67 Cougar, and a '79 Caprice Estate Wagon)
Now, my 20 year old Miata has 145,000 miles on it and is expected to go to 300,000 with no more than oil, plugs, wires and belts being changed regularly, and close to 30 MPG. My 10 year old Subaru has 140,000 and aside from some body dings and a collision repair doesn't have rust on it (in spite of several new england winters and time near the ocean), still gets 20+ mpg, and I expect it to still be running and safe in 10 more years.
In aviation, we've seen similar changes in Avionics. And I'm not going to bash the engine manufacturers - the design requirements for a small airplane engine are completely different than an automobile engine, and the price of getting it wrong is much much higher, and the market is much smaller. We've seen significant improvement in jet engine reliability and performance over the last 50 years, and some of the cool stuff Lycoming showed at Osh this year proves that there are improvements possible in our pistons too.
Unfortunately, we pilots are still killing ourselves (fortunately usually only ourselves) through the same stupid stuff - running out of gas, running into mountains, running into clouds when we aren't trained for it, and general stupid stuff. Car drivers haven't gotten any better either, but their vehicles offer a lot more protection than our airplanes do (and there are valid reasons for that). The Cirrus Chute and the AmSafe Airbags are the only equivalent stuff I've seen in GA. It may be possible that the new airframe designs (Diamond, Cirrus) may offer more crash protection than the older Cessna and Pipers, but generally at the speeds we hit things in airplanes it doesn't matter - Mooney's practically have a roll cage around the pilot and they still die when they turn into a lawn dart or end UWOF.
Anyway, my hat's off to the IIHS.
http://www.youtube.com/watch?v=5CU-k0XmLUk&feature=sub
I just reconsidered buying my daughter an older tank-like car when she's old enough.
When I was learning to drive - you were extremely fortunate if you had a car that lasted 100,000 miles without significant expenses like an engine or transmission rebuild, or without it rusting away. Seat belts were lap only, and car seats for kids didn't exist. And oh, yeah, an 8-Track was the upgrade from an AM/FM radio that was strictly analog. And you got 10-14 MPG if lucky. (My high school cars were a '67 Cougar, and a '79 Caprice Estate Wagon)
Now, my 20 year old Miata has 145,000 miles on it and is expected to go to 300,000 with no more than oil, plugs, wires and belts being changed regularly, and close to 30 MPG. My 10 year old Subaru has 140,000 and aside from some body dings and a collision repair doesn't have rust on it (in spite of several new england winters and time near the ocean), still gets 20+ mpg, and I expect it to still be running and safe in 10 more years.
In aviation, we've seen similar changes in Avionics. And I'm not going to bash the engine manufacturers - the design requirements for a small airplane engine are completely different than an automobile engine, and the price of getting it wrong is much much higher, and the market is much smaller. We've seen significant improvement in jet engine reliability and performance over the last 50 years, and some of the cool stuff Lycoming showed at Osh this year proves that there are improvements possible in our pistons too.
Unfortunately, we pilots are still killing ourselves (fortunately usually only ourselves) through the same stupid stuff - running out of gas, running into mountains, running into clouds when we aren't trained for it, and general stupid stuff. Car drivers haven't gotten any better either, but their vehicles offer a lot more protection than our airplanes do (and there are valid reasons for that). The Cirrus Chute and the AmSafe Airbags are the only equivalent stuff I've seen in GA. It may be possible that the new airframe designs (Diamond, Cirrus) may offer more crash protection than the older Cessna and Pipers, but generally at the speeds we hit things in airplanes it doesn't matter - Mooney's practically have a roll cage around the pilot and they still die when they turn into a lawn dart or end UWOF.
Anyway, my hat's off to the IIHS.