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Aviator

MerrySpell Aviator Course

Frequency: 2 days per week

Module 1: GLIDER MAKING

Duration: 4 Weeks

Fees: ₹4000

Age Group: 7 years +

Prerequisite : None

Designing and fabricating a glider helps one understand the basic idea behind flight and the significance of various parts of the airplane. The workshop helps the participant understand aerodynamics, controls and stability in the simplest manner.
By tweaking slightly with various parts of the glider, one can actually make it perform some interesting aerobatics. This will help the participant understand the basic principles of flight.Build your own Chuck Glider with Balsa Wood.
  • Build your own Chuck Glider with Balsa Wood.
  • Learn the Basics of Aircraft flight.
  • Initiation into field of Aeronautical engineering through Aeromodelling.
  • Basic concepts of a glider and module includes:
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  • Understanding of physics behind aircraft
  • Important parts of an Aircraft
  • Different systems of an aircraft
  • Aerodynamics of a glider
  • Stability of a glider
  • Designing a glider
  • Concepts in design of a glider
  • Implementing the design to construct a glider
  • Efficiency of a glider
  • Launching techniques of a glider
GOOD FOR: Children of age 8 and above.

Module 2: RC AIRCRAFT

Duration: 4 Weeks

Fees: ₹4000

Age Group: 7 years +

Prerequisite : None

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Merryspell gives you an opportunity to understand the theory behind the functioning of aircraft and aircraft design. It makes you innovate by coming up with your own design of an RC aircraft and fabricate it from scratch. An interactive lecture session and design session helps you design your own aircraft.
  • Design, Build & Test your first RC Aircraft from scratch!
  • Learn all the introductory concepts of aeronautical engineering through aeromodelling
  • Introduction to Design Algorithm of an aircraft
  • Hands-on experience on the electronic and electrical instrumentation of an RC aircraft

Topics included:

  • Basics of Flight & Aeronautics
  • Different Systems in an Aircraft
  • Stability & Control of an Aircraft
  • Instrumentation in an RC Aircraft
GOOD FOR: Students of age 12 and above

Module 3: TRICOPTER AND QUADCOPTER

Duration: 4 Weeks

Fees: ₹4000

Age Group: 7 years +

Prerequisite : None

Quadcopter (from Quad “four” and Copter “helicopter”) is an aerial robot combining a simple propeller mechanism with powerful electronics for limitless real-world applications. It is

an embedded system comprising of microcontrollers, sensors, flight gear and other integrated components.

This workshop helps participants to develop a Quadcopter project from scratch while understanding the various engineering concepts in making a working Unmanned Aerial Vehicle. Developing a Quadcopter provides the right kind of hands-on application that an Engineering student needs.

  • Build and Test your own Quadcopter
  • Introduction to design and development of Multi Rotor Vehicles
  • Understanding the Electronics circuitry involved in Quadrotor
  • Learn about Stability and Control of Drones
  • Learn about the working of sensors like Accelerometer and Gyroscopes
  • Hands-on experience on DC motors, ESCs (Electronic Speed Controllers) and Quadcopter Embedded control board
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Topics Covered:
  • Multirotor Vehicles – Introduction
  • Understanding rotary-wing aircraft and their dynamics
  • Design of the Structure
  • Stability & Control of Drones
  • Algorithm of the control systems
GOOD FOR: Students of age 14 and above

Module 4: ORNITHOPTER

Duration: 4 Weeks

Fees: ₹4000

Age Group: 7 years +

Prerequisite : None

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Theory:
  • Basics of Aerodynamics and flapping-wing flight.
  • History of Ornithopters.
  • Types of flapping-wing aircraft.
  • Understanding the mechanisms involved in design of flapping-wing flight.
  • Theory behind designing a Radio Controlled Ornithopter.
An Ornithopter (from Greek Ornithos “bird” and Petron “wing”), a bio-mimicry of birds, bats and insects, is an aircraft that flies by using the same mechanism as birds: flapping its wings instead of using engines for propulsion like most of the modern day aerodynamic models.
This workshop encompasses all the concepts and principles involved in the aerodynamics of an Ornithopter. The workshop provides a complete learning experience to the participants.
Topics Covered:
  • Build and test your own rubber-powered Ornithopter.
  • Understand the principles of Flight of a bird.
  • Design a mechanism that imitates a Bird
  • Competition for Longest Flight
Practical:
  • Design own rubber-powered Ornithopter from scratch.
  • Ornithopter Fabrication sessions.
  • Test flight /competition session.
GOOD FOR: Students of age 15 and above

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