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E-flite Ultimate 3D Profile ARF User Manual

Page 37

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37

Another common misnomer is that the ailerons do

not work while hovering. This could not be further

from the truth. If you do not use the ailerons during

hovering, you will be at the mercy of the motor’s

torque and the airplane will continually roll to the

left. Two very effective techniques to employ to

reduce or stop this rotation is first to counter the left

rolling moment with right aileron and also to lean

the airplane 5–10 degrees either slightly to the

gear or away from it. Leaning the airplane makes it

more difficult for the torque of the motor to roll the

airplane because the weight and thrust vectors are

misaligned. You can also use this mode of flight to

move the airplane closer or further away from you.

When you start doing this, you will quickly realize

that you are starting to perform a very high angle of

attack harrier.

With this in mind lets tackle the “Elevator” and

“Harrier,” which is the second most popular 3D

maneuver. A common misconception is that you

always fly around with the elevator fully deflected.

What you will find is you must continually modulate

the elevator to maintain the same angle of attack.

This is done by watching the flight path and body

angle of the airplane and adjusting the elevator and

throttle accordingly. Also you must work to keep the

wings level with the ailerons. Many times we hear

people say that certain airplanes do not lock into

the harrier well. While this may be true, what you

will find is most every airplane has a magic angle of

attack that minimizes wing-rock, and the pilots whose

airplanes appear to be locked into these maneuvers

know how to keep their airplane in this sweet spot.

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Is the simulator realistic? Probably not, but regardless

of its accuracy it will get your eyes and hands

accustomed to the proper movements required to

perform the maneuver. The simulator will help you

get over the “mechanics” of the maneuver so you will

not have to think about which direction to move the

sticks when faced with the real thing.
How much should you have to practice? If you are

serious about learning how to hover or toque roll,

work on the simulator 30 minutes to an hour each

night for a month. Evaluate your progress after this

amount of time. Chances are you will have become

bored with the simulator and are ready to really

tackle the real airplane with confidence, but do

not be surprised or discouraged if it takes three

months of dedicated practice. Remember that there

is nothing super-human about hovering. Anyone who

is willing to put in the practice time can learn to do

this maneuver. Of course you can be a purest and

learn to hover solely with the real airplane, but it

will take longer because you physically can not get

the practice time with a model that you can on the

simulator. Keep in mind that your simulator practice

must be supplemented with actual flying because you

need to learn how to react when the consequence

of a mistake is a crash. The good thing about the

Tribute and Ultimate is you can typically pick them

up after a mishap and fly again immediately. Nerves

can play a big part in hovering success, but you

will find the better you get at the simulator the more

confidence you will have with the real airplane

and the nerves will eventually subside, thus freeing

your mind to concentrate on flying the model. It

often helps to have someone show you that your

airplane can hover. For some reason this is a huge

psychological boost that makes you realize it is not

the airplane limiting you. One common mistake

people make is hovering too far away from them.

The closer you are to the airplane, the better you

will be able to control it because you can see it so

much better. This is of course a double-edged sword

because you will also be closer to the ground. Once

again the Tribute and Ultimate can handle the abuse

thus making it better for training. Eventually you will

find that the closer the airplane is to the ground, the

less chance it has of getting damaged in a crash

because it has less potential energy. This is especially

useful if for some reason you have a battery die or

the BEC cuts off.

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