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#2
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Hey Alex from a fellow newzie who at age 40 got off my ass and started
training. I took demo rides in R22, 300C and Enstrom. If all I was interested in was autorotative characteristics, I probably would have trained in the Enstrom, but there are other issues to consider as a student, not the least of which is cost. I too have heard that "if you can fly an R22 everything else will seem easier" and now that its starting to become a lot easier for me, I tend to believe that. I think every aircraft has its advantages and disadvantages. One also has to consider that the first job will likely be teaching, and there are certainly a lot of robbies out there in training. All I can say with any authority is that if you're one of those people on this newsgroup just thinking about learning to fly rotorcraft....DO IT in whatever you choose to fly. I wish I had done it years ago (perhaps when I was young enough to have the government pay for it!) Also alex...keep up the good work on your website! Dave |
#3
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I also trained in the R22 (though I haven't flown in quite a long time) and
would describe it much like electricity... dangerous stuff, but extremely useful if you're cautious and treat it with respect. :-) On Sun, 13 Jul 2003 02:21:47 -0700, Alex Calder wrote: And as people have mentioned, the reactions times are much less for corrective action in the R22. In some flight regimes, you have one second to get the collective down. If this reality makes you uncomfortable, you will want to opt for another aircraft. Interesting conversation at the airport the other day about power failures. One of our well-known pilot examiners was telling a CFI friend of mine that apparently the number of engine failures in the R22 (barring carb ice and no-fuel situations) is basically negligible. Anybody else have any stats to back this? It came up when somebody made the traditional, "Give me a turbine over a piston any day..." comment. I guess if you stack up turbine power losses over pistons (specifically the R22), the Robbie actually shines... One of my old instructors had to do a forced auto in an R22 fresh back from the factory. The cause? A clutch belt broke. He said there was a loud bang and he just went straight into the auto. No damage to the ship and the factory shipped a new belt. I also caught a bad lower clutch bearing on a pre-flight once [ The previous CFI - not mine - and his student had said that the clutch light was flickering, but apparently that didn't bother them. :-( Please see above comment about electricity. ] My guess is that clutch problems are the biggest cause of loss of power in the R22, after stupidity (fuel exhaustion) and negligence (carb ice). -- J Dana Eckart, PhD, PP-RH, KA4EVL | People who think that life couldn't be Virginia Bioinformatics Institute | better lack vision, and those who think | it couldn't be worse lack imagination. |
#4
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In article , Stu Fields
wrote: Interesting report available from Helicopters only (www.helicoptersonly.com) Titled: Special Investigation Report on the R-22 "Loss of Main Rotor Control Accidents" Some very experienced pilots have died in crashes the caus of which is not clear. The fatal accidents /100,000 flight hours are 2.5 times greater in the R22 than the Huges 269 according to this report. The Report contains quite a bit of detail about the investigation. Too bad the web site is porrly laid out (no heirarchy of organization) and I didn't see a link on any of the pages I viewed. But this is probably the same report that was discussed here a few months ago. http://www.ntsb.gov/publictn/1996/SIR9603.pdf http://groups.google.com/groups?th=5037cb80ff066cdb This report was dated pre-SFAR 73, which makes it mostly irrelevant for today's pilots. Granted there are flight regimes in the R-22 (and any other two bladed teeting hub helicopter) that can make you have a bad day. Since the SFAR was put in place, the R-22 accident rate has become very small. It has (or at least had as of a few years ago) accident rates (both accidents and fatal accidents that were fractions of the accident rates for all GA aircraft. That doesn't make it seem like a death trap to me. Steve |
#5
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I just finished my commercial after going back to an R-22. I couldn't seam
to get used to the 300C in any reasonable amount of time so I went down to West Palm Beach FL at a place called Ocean Helicopters and finished my rating in 14 hr in a good old familiar R-22. I felt the 300C was easier to auto in especially because the rotor speed seemed to stay in one place and the steeper angle made hitting a spot easier. all the other maneuvers seemed more difficult. I still think the 300C is a better machine but it is certainly not easier to fly. Also Ocean is a good place I highly recommend it. J. Roncallo "Stu Fields" wrote in message ... Interesting report available from Helicopters only (www.helicoptersonly.com) Titled: Special Investigation Report on the R-22 "Loss of Main Rotor Control Accidents" Some very experienced pilots have died in crashes the caus of which is not clear. The fatal accidents /100,000 flight hours are 2.5 times greater in the R22 than the Huges 269 according to this report. The Report contains quite a bit of detail about the investigation. Stu Fields Safari pilot "Dr. J Dana Eckart" wrote in message u... I also trained in the R22 (though I haven't flown in quite a long time) and would describe it much like electricity... dangerous stuff, but extremely useful if you're cautious and treat it with respect. :-) On Sun, 13 Jul 2003 02:21:47 -0700, Alex Calder wrote: And as people have mentioned, the reactions times are much less for corrective action in the R22. In some flight regimes, you have one second to get the collective down. If this reality makes you uncomfortable, you will want to opt for another aircraft. Interesting conversation at the airport the other day about power failures. One of our well-known pilot examiners was telling a CFI friend of mine that apparently the number of engine failures in the R22 (barring carb ice and no-fuel situations) is basically negligible. Anybody else have any stats to back this? It came up when somebody made the traditional, "Give me a turbine over a piston any day..." comment. I guess if you stack up turbine power losses over pistons (specifically the R22), the Robbie actually shines... One of my old instructors had to do a forced auto in an R22 fresh back from the factory. The cause? A clutch belt broke. He said there was a loud bang and he just went straight into the auto. No damage to the ship and the factory shipped a new belt. I also caught a bad lower clutch bearing on a pre-flight once [ The previous CFI - not mine - and his student had said that the clutch light was flickering, but apparently that didn't bother them. :-( Please see above comment about electricity. ] My guess is that clutch problems are the biggest cause of loss of power in the R22, after stupidity (fuel exhaustion) and negligence (carb ice). -- J Dana Eckart, PhD, PP-RH, KA4EVL | People who think that life couldn't be Virginia Bioinformatics Institute | better lack vision, and those who think | it couldn't be worse lack imagination. |
#6
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I'd be interested in hearing more of your experience transitioning 22 -
300. Wally |
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