Description:

This course is designed to provide an in-depth understanding of fixed-wing glider design principles. You will learn how to optimize wing design, Tail design,  understand aerodynamic and structural design principles, and gain hands-on experience in building a fixed-wing glider. Whether you are an experienced aeromodeller or a beginner who is just starting out, this course will provide you with the essential design techniques and strategies required to build a successful glider. 

Key Highlights:

• Understanding the area of study in aeronautics, astronautics, aerospace, and its relationship with aeromodelling.  
• Learn the differences between gliders and aircraft
• Learn about the classification and history of aviation and its evolution 
• Learn about the principle of aircraft flying 
• Learn about the different components of gliders and aircraft
• Learn about the airfoil, airfoil theory, airfoil geometry, angle of attack, center of pressure, NACA airfoil, and its characteristics. 
• Learn about the Lift and drag force generation and its relation to angle of attack. 
• Learn about flight stability and control 
• Learn about the sizing criteria of the wing, tail, and dihedral. 
• Learn about designing chuck and RC gliders.
• Learn about the different electronics used in the RC plane/ gliders . 
• Learn to design RC aircraft/Gliders using Designer application software. 

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