Quadcopter Workshop

quadcopter, drones, design

Drones overall will be more impactful than I think people recognize, in positive ways to help society.

Bill Gates

Classroom workshop on Quadcopter

Excellent classroom lecture, design, fabricatiion and testing on the topic given below by the expert:

  • Multirotor Vehicles Introduction
  • Understanding rotary-wing aircraft and their dynamics
  • Design of the Structure
  • Stability & Control of Drones
  • Algorithm of the control systems
1-to-1 doubt clarification with experts.

At ₹ 899 Onwards

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We conduct four classroom workshop per year at venue decide by club. All other information will be given at our page UAC Events

We conduct four online workshop per year at date and time decide by club. All other information will be given at our page UAC Events. 

We organize workshop as per request of any college/university. All other information will be given at our page UAC Events. 

What is this workshop about? Quadrotor is a remotely piloted aircraft finding major applications in research, law enforcement, and commercial purposes. The simple four rotor design of quadrotors is easy to work with and modify, allowing engineers to find better applications each day. This workshop introduces participants to the technologies involved in Unmanned Aerial Vehicles and the techniques involved in making a working Quadrotor. Students practically understand the overall design, configuration and testing of the Quadrotor project. Course Structure: 1. Lecture 2. Design 3. Fabrication 4. Testing Certification:
  • Certificate of Completion
  • Certificate of Completion with Distinction (for top performers)
Workshop Kits:
  1. All the kits for the workshop will be given to you during fabrication process of quadcopter.
  2. If any of the participants want to take away the kit he/she have to pay the amount given below:

    RS 8000

Course Highlights

  1. Build and test your own quadcopter
  2. Introduction to design and development of Multi Rotor Vehicles
  3. Understanding the Electronics circuitry involved in Quadrotor
  4. Learn about Stability and Control of Drones
  5. Learn about the working of sensors like Accelerometer and Gyroscopes
  6. Hands-on experience on DC motors, ESCs (Electronic Speed Controllers) and Quadcopter Embedded control board

Course Structure

  • Lecture Session – 4 hrs
  • Design Session – 1 hr
  • Fabrication Session – 6 hrs
  • Calibration Session – 1 hr
  • Testing Session all drones designed by the participants are flown by an expert flyer of Team Roboversity- 3 hrs
  • Certificate Distribution – 1 hr