Take off
Take off
Climb pattern
Distance task
How to turn
Model setting
Duration & Landing
How to use 1750w/min
Common troubles
F5B Aerodynamics and force analysis
Motor & Propeller
How to judge and it's equipment
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Regular Start

1.   When you are facing the wind or
it is coming slightly from the right, 
this is the bestcondition to launch.
Launch it 30degrees to the right.

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2. Give a little left aileron to make it left knife edge then add a small elevator input to enter the gate A.
The distance between Gate A and your aiming point to the right should be kept minimal.

3.   When it enters the gate keep it climbing slightly and in knife edge.

Wind from left or slightly behind

1. When wind comes from the left or the rear-left, you must make S-shaped turn start. When you do this, you should be careful when initially climbing not to go too far to the right.
 You must first direct it upward  and then to the right, then the left.
 If you do not do this, and you try
to move the glider from left to right
at a low height, the glider will move wildly from side to side.

2. As the glider starts going to the   right, immediately give it left aileron   or else it will go out too far to the     right.
3. You must be careful not to you use   the elevator too much at the    entry because the glider will be thrust   downward.

When the wind is from behind

1. Launch to the right and immediately pull up so   t wonft go to the right too much.

2. Climb up at approximately 60 degrees and then   45 degrees left bank to make a big half loop to   enter the gate.

3. The glider will be in knife edge when entering   the course. The flight direction can be   controlled by adjusting the amount of elevator   input.

About the takeoff

It basically launch into the wind but when it is not possible choose best direction within 90 degree from the wind in both side.  
The optimum climb pattern is to launch 30degree to the right from base A.  
But occasionally when the wind direction is from the behind you might have to launch towards opposite direction over the safety line.  We want to avoid these entries because it tends to make too big pattern and takes one to two seconds more to enter the course.
When motor turned on immediately after the launch there will be a gyroscopic effect.This cause sluggishness in stick response and people tends to move it more until they realize it was too much. This happen many times when you make S turn entry, you want to turn right quickly and tend to give too much input. Even when you are in hurry, watch planefs attitude carefully and give smooth control.


The launching method

The usual way to throw the glider. (Old method):
The helper starts running as he calls gone, two threeh The motor is turned on at gtwoh and the glider is thrown at gthreeh. However, if the pilot turns on the motor at gone,h the helper may not be ready and will be unable to throw it. When this happens, the pilot must turn off the motor immediately, as it is very dangerous to keep holding glider while its propeller is turning.
In another case, the helper may be ready to throw at gthreeh but when the motor is still not on, there is a tendency for him to hesitate to throw it. This is a typical problem with the old method.

New method:
The new method is to first let the helper throw the glider at his own will, and then have the pilot turn on the motor after it has completely left his hand.
This is a much safer and simpler way to start because there is no need to coordinate both individualsf timing and the helper doesnft have to worry about the turning motor. It was impossible to do this in old direct motor days. This is because it didnft have enough initial pull with the small propeller slipping at high rpm. But now it is safe to turn on the motor after the throw because of the propellerfs big diameter creating a strong pull from the beginning.