There are several materials that can be used to make ailerons for a school project wing. Some common options include balsa wood, foam board, carbon fiber, and fiberglass. The choice of material will depend on factors such as cost, availability, and desired strength and flexibility.
The size and shape of the ailerons will be determined by the size and weight of the wing, as well as the desired handling characteristics. Generally, a larger and heavier wing will require larger ailerons for better control. The shape of the ailerons can also affect the lift and drag of the wing, so it is important to consider the aerodynamics of the design.
Ailerons are control surfaces on the trailing edge of the wing that are used to control the roll of an aircraft. When one aileron moves up and the other moves down, it creates a difference in lift on each side of the wing, causing the aircraft to roll in the desired direction.
The ailerons can be attached to the wing using a variety of methods, such as hinges, tabs, or screws. The method will depend on the materials used and the design of the wing. It is important to ensure that the ailerons are securely attached and can move freely without any binding.
Yes, ailerons can be adjusted after the wing is built. They can be adjusted by changing the angle of the control horns or by adding or removing weight from the aileron. It is important to test and fine-tune the aileron adjustments to ensure proper control and handling of the wing.