A Quad copter , also called a quad rotor helicopter or quad rotor is a multi-rotor helicopter that is lifted and propelled by four rotors .Quad copter are classified as rotorcraft, as opposed to fixed-wing aircraft, because their lift is generated by set of rotors(vertically oriented propellers).Quad copter generally use two pairs of identical fixed pitched propellers; two clockwise (CW) and two counter clockwise (CCW).These use independent variation of speed of Each rotor to achieve control.
By changing the speed of each rotor it is possible to specifically generate a desired total thrust; to locate for the center of thrust both laterally and longitudinally;
and to create a desired total torque, or turning force.

                                                    Workshop Highlights

          • Introduction of Drones
          • Building the frame
          • Mounting Motors and Speed Controllers
          • Introduction of RC, Control Board, Mission Planner
          • Calibration Process
          • Live Flight Testing

                                         Key Benefits

  • Completely an activity based process for Engineers.
  • This will enhance their skill in all the areas so that they can compete in any National or International Competition
  • Helps them making their final year project, face any type of interviews where practical aspects are questioned.
  • The program makes them Technology competent.
  • Enhance your Knowledge by Practical Training.

Course Content

1. Introduction of Drones

          • Basic principles
          • Safety Aspects

2. Building the frame

          • Wiring for power distribution board
          • Frames and Design

3. Mounting Motors and Speed Controllers

          • About BLDC motors and ESC’s
          • Soldering ESC s to the Power Distribution Board
          • Motor Connection
          • ESC Calibration

4. Propeller Configuration

          • Aerodynamics Basics

5. Introduction of Remote Control

          • Communication Basics
          • Transmitter And Receiver Features

6. Introduction of Control Board

          • Features of APM
          • Input output Connections

7. Introduction of Mission Planner

          • Connect to mission Planner
          • Install firmware

8. Programming of the control board

          • Frame type Configuration
          • Accelero Meter Caliberation
          • Radio Control Calibration

9. Flight Testing

          • Instructions

10. Upload the video of the project

          • Download the Certificate
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