RC Aircraft Building Course
ONSITE
₹17,700
Inc GST
Course Overview
The RC Aircraft Building Course is made to offer Individuals a complete understanding as well as practical experience on how to size and construct remote-controlled airplanes. During the course, individuals will be taught the basics of aerodynamics, structural design, electronics, and control systems connected to building Trainer RC aircraft and F-22 Raptor Aircraft. Choosing materials and assembling the parts will be explained step by step so that the learners can grasp the concept thoroughly.
Eligibility: 10+ Years
Duration: 3 days (10 am to 4 pm)
Location: Bangalore
Certification: Upon completing this course, participants will receive an AEROGO Completion Certificate.
Course Schedule:
Day 1:
Morning
Fundamentals of RC Aircraft:-
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Introduction to Aeromodelling: Begin your exploration into the world of aeromodelling, starting with the fundamentals of Aeromodelling.
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Aerodynamics: Dive deep into the principles of aerodynamics, including the forces of flight and Bernoulli's theorem, to understand how aircraft achieve lift and maintain stability.
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Fundamentals of RC Aircraft: Explore the principles of radio-controlled flight, including aerodynamics, propulsion, and control systems.
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Design Planning: Learn how to plan and conceptualize your RC aircraft, considering factors such as wing design, fuselage shape, and weight distribution.
Sizing of the aircraft
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Learn how to size the different types of aircraft based on their category
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Learn how to size wing, tail, fuselage
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Learn how to choose electronics for the model plane
Afternoon
Materials and Construction Techniques: Discover the various materials and construction techniques used in RC aircraft building, from balsa wood to foam and composite materials.
Hands-on Building: Put your design into action as you construct your RC aircraft under the guidance of experienced instructors. Learn how to assemble components, reinforce structures, and ensure proper alignment.
Day 2:
Morning
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Assembly of RC Plane: Learn how to assemble components, reinforce structures, and ensure proper alignment.
Afternoon
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Integration of Electronics: Learn how to install and configure the electronic components of your RC aircraft, including motors, servos, receivers, and batteries.
Day 3:
Morning
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Design and Building F22 Raptor: Overview of F22 Raptor Design and Aerodynamics.
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Building the F22 Raptor Model (step-by-step construction).
Afternoon
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Flight Test: During the flight test phase, skilled pilots will fly both the models constructed by the individual during the course, showcasing their performance and maneuverability.
