How to Make Your On High Lift Flying Aeroplane

A flying aeroplane is directly based on the Bernoulli's principle which in simple language means 

An increase in the speed of the fluid occurs simultaneously with a decrease in pressure or a decrease in the fluid's potential energy.

 Thus in an aerofoil shape, there is high pressure at lower surfaces whereas air moves faster at upper surfaces. This eventually gives lift in flight.

To make an aeroplane which is more stable you can use a smooth and a low thickness aerofoil as given below.

But for a very volatile and active plane which needs fast lift in a limited runway. you need to have a an aerofoil with abrupt curved surface.

This type of aerofoil gives fast lift at very short runway

                             This type of aerofoil gives very high lift and aerodynamic force is more.

Some of the images below show how a slap in front gives high lift because it turns or curves the air above this leads to high pressure at the above surface and on the contrary there is very high pressure below as compared to the upper surface.

The images of some high lift aeroplanes and the designs of some high lift wings you could imply them on your aeroplane model and thus giving high lift in just a few seconds.

Thus as the speed increases it tries to get high lift. There is another option available for that is to control the slats present in the front side of the wing which will allow us to determine the lift which is given to the plane.

Another thing to note is that there need to have a light weight to allow least dissipation of energy and allow very fast lift. If you keep the design as shown in the diagram you are bound to experience a very powerful lift and as the speed of the plane increases the lift will also increase thus to have a controlled amount of lift you need to control the slats.