FAQs

1. What will I learn in the advanced DIY drone making workshop?

In this workshop, you’ll learn how a quadcopter/drone works, including an overview of essential components (frame, motors, props, ESCs, flight controller, battery, GPS, etc.), how to assemble a quadcopter step-by-step, how to use Mission Planner software for calibration and control, and how to calibrate key sensors like the accelerometer and compass.

2. Is this drone workshop suitable for beginners or only advanced learners?

While labeled “advanced,” the workshop covers fundamentals of assembly and key software tools. It assumes some interest in building and electronics but beginners with hands-on enthusiasm can benefit, especially if they’re comfortable learning technical concepts with guidance.

3. What topics are covered in the drone making workshop curriculum?

The curriculum typically includes: 

• Drone and component overview 
• Basic physics of flight 
• Quadcopter/drone assembly 
• Mission Planner software introduction 
• Calibration of sensors (e.g., accelerometer and compass) 
• Flight controller setup and basic operations

4. Do participants build and fly a drone during the workshop?

The workshop focuses on building and configuring a drone, including assembly and calibration. Flying may depend on timing and format — but the goal is to prepare participants to fly the drone they assemble. You learn critical setup steps that enable successful test flights.

5. Is mission planner software taught in this drone workshop?

Yes — the workshop includes an overview and practical use of Mission Planner software, especially for calibrating the quadcopter’s sensors and setting parameters for stable flight.

6. Are live classes included in the advanced drone workshop?

The workshop is advertised as a live (interactive) class format, where instructors go through topics in real time with participants.

7. What skills are required before joining a drone making workshop?

No strict prerequisites are stated, but having basic familiarity with electronics (e.g., what motors, controllers and batteries are) and an eagerness to learn assembly and calibration will help you get the most out of the workshop.

8. Is this workshop useful for engineering students and hobbyists?

Yes. Building and configuring a drone involves practical skills in electronics, mechanics, and software tools — valuable for engineering students, hobbyists, makers, and anyone interested in UAV technology.

9. What type of drone is built during the workshop?

The focus is on a quadcopter drone, which is the most common multirotor configuration (four motors and propellers), giving hands-on experience with real drone hardware.

10. Does the workshop cover drone calibration and flight operations?

Yes — the curriculum includes calibration of sensors using Mission Planner (e.g., accelerometer and compass) and covers basic flight controller setup and operations, which are essential steps before flying a drone.