Taildragger Tidbits

TAILDRAGGERS

"Myths and Mysteries of Conventional Gear Aircraft"

Ground-looping monsters or rites of passage for "real pilots"? Myths and mystery often seem to cloud the facts about "conventional-gear" aircraft. Student pilots are frequently told that tailwheel aircraft are "old-fashioned", and very difficult to handle. "Modern aircraft are equipped with `improved' tricycle gear," they're told. Often, their instructor has never flown a tailwheel aircraft, though, and is ill-informed himself about the real facts.

Just the facts...

It is true that tailwheel aircraft require more precision and control during takeoff and landing. Transitioning to a level-flight attitude during the takeoff roll, and the need to maintain precise heading/drift control during landing, require a little more attention from the taildragger pilot. For a tricycle gear pilot to learn tailwheel technique, he/she needs to fine-tune the ability to maintain directional control at all times. Taildragger pilots call this "using your feet", or "the taildragger tap-dance." The transition from tricycle gear to tailwheel is about as difficult as transitioning from driving an automatic transmission car to driving a standard transmission.

Why build a taildragger?

a) Propeller Clearance -

With a conventional "tractor-propeller" engine configuration, utilizing a tailwheel landing gear arrangement provides a dramatic improvement in propeller clearance. Rough field and off-airport operations can be conducted in a tailwheel aircraft with much less risk of damaging the propeller and/or engine during a ground strike or nosewheel collapse. Debris is also less likely to be drawn up into the propeller of a tailwheel aircraft.

b) Vulnerability-

The Center of Gravity of a stationary tailwheel aircraft is rearward and lower than it would be in a tricycle gear aircraft. This helps prevent "nose-over" accidents, especially when taxiing downwind in gusty conditions.

c) Simplicity - A tailwheel provides significant weight and drag advantages, and is simpler and more affordable to maintain and/or replace.

How do you fly a taildragger?

Once the aircraft is airborne, a taildragger handles no differently than a tricycle gear aircraft. Unfortunately, this can induce a pilot to attempt to force the aircraft into the air prematurely. Typically, a 5 to 10 hour checkout is recommended to master the transition successfully.

The "key" is to master "using your feet" to maintain heading control, and to master using bank to control drift. A classic "full-stall" three-point tailwheel landing is very similar to the "soft/rough field" landing technique taught in tricycle gear aircraft.