My spin curriculum for flight instructor candidates includes three hours of ground school and two flights with many spin recoveries, including one 20-turn spin and a recovery from a developed spin using only airspeed, turn and slip, and altimeter (see "Spinning with a Specialist," p. 24).
I also teach spin entry with full throttle, reasoning that throttle closure must be the first step in recovery. The spins are flatter and have a faster rotation rate with full power throughout (until the recovery). Since I have 7,000 spins in the airplane (not turns -- spins) I'd like the CFI-to-be to see the situation with me in there.
For instructor applicants, particularly smaller females, I also show how to recover from a spin in the Cessna Aerobat using only the ailerons fully against the spin with the control wheel full back, as might be the case should a student hold it back to "pull out of the spin." I warn that this method may be a fatal error if employed in other airplanes and that it's only demonstrated as something to fall back on in the Cessna 152 if needed. I also teach elevator-only (no rudder) recoveries.
Following are some important suggestions I'd like to offer those who teach spins:
The reason for the disparity in altitude requirements between a one-turn spin (1,000 feet) and a twenty-turn spin (slightly over 4,000 feet) is that the same amount of vertical airspace is required for recovery (stopping the spin rotation and the pull-out) from a one-turn spin as is needed to recover from a 20-turn spin in these airplanes.
Start out in a particular airplane you haven't spun before (after the elevator check cited earlier) in a cautious manner. (Again, you've spun others of this model.) A suggestion is to start out easily with one, two, and then three turns.
For the student, recreational, private, or commercial pilot interested in spin training, two turns or maybe three -- to get into a developed spin -- is enough.
You'll notice one thing: The majority of students will have a greater level of confidence in all their flying once they've experienced a spin. There are some pilots who feel that spin training is not for them, and that's fine. But for those who want it, spin recovery can be a part of their all-around flight training.
Training TrendsDecember 2004
Student pilot certificates are the number of student pilot certificate applications processed during the month of December, and includes renewals as well as original issuances. Airline pilot hiring is all professional pilot hiring during December as reported by aviation career consulting firm AIR, Inc. and includes major, national, and regional airlines as well as fractional operators. | |||||
� | Student pilot certificates | � | Airline pilot hiring | ||
2004 | 3,627 | 2004 | 524 | ||
2003 | 3,747 | 2003 | 376 | ||
2002 | 4,010 | 2002 | 294 |
I would not feel confident as an instructor if I didn't have spin experience -- if not in the airplane I'm using, then in others. This kind of experience allows me to recognize and stop an unwanted spin entry. I've said and written many times that some current instructors who haven't had enough training in this area may be playing Russian roulette with their students during stall practice. I also think that before students are sent out to practice stalls solo, they should be given dual instruction to recognize and recover from a spin onset. I've had letters from students who said that they had been practicing stalls solo and recognized and recovered from a spin because they'd read my book, The Student Pilot's Flight Manual. The CFI had not mentioned anything about spins during training.
William K. Kershner has been a flight instructor since 1949. He is the author of several books, including Student Pilot's Flight Manual, Advanced Pilot's Flight Manual, Instrument Flight Manual, Flight Instructor's Manual, and Logging Flight Time. A specialist in spin entry and recovery, he teaches aerobatics in Sewanee, Tennessee. Visit his Web site.