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Build a Drone from Scratch: Design to First Flight
4 students
Build a Drone from Scratch: Design to First Flight
Assemble a real quadcopter, configure Flight Controller, master Mission Planner & fly. No experience needed.
Created byNation Innovation
Last updated 6/2026
English
What you'll learn
- Assemble a working quadcopter from individual parts — frame, motors, ESCs, flight controller, GPS and radio receiver — with no prior experience
- Solder ESC connectors to motors and battery leads to the power distribution board, building a complete drone power system from scratch
- Upload ArduPilot firmware and fully configure a Pixhawk or MATEK F405-TE or APM 3.2 flight controller using Mission Planner, including sensor calibration
- Bind a FlySky radio transmitter and receiver, connect a GPS module, and configure a complete radio control and navigation subsystem
- Safely handle, charge, store and maintain LiPo batteries and understand the electrical requirements for a reliable drone power system
- Execute a complete pre-flight checklist — motor direction test, ESC calibration, compass and accelerometer calibration — and arm the drone safely
- Fly a self-built quadcopter in stable and manual flight modes and develop the piloting skills to control and improve flight performance
- Understand drone types, flight physics (roll/pitch/yaw), component roles, and the basic safety and legal rules for recreational drone flight
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Course content
6 sections • 20 lectures • 36m total length
Requirements
- No prior drone, electronics, soldering, or programming experience is required — this course starts at zero and explains every component and step clearly
- A Windows, Mac, or Linux computer with an internet connection for downloading Mission Planner and ArduPilot (both free and open source)
- Drone components for the hands-on build (optional during lectures, required for full participation): a quadcopter frame, 4 brushless motors, 4 ESCs, a Pixhawk 2.4.8 or MATEK F405-TE or APM 3.2 flight controller, a FlySky FS-i6 transmitter and receiver, a LiPo battery and charger. A complete parts list with budget options is provided inside the course.
- A basic soldering iron and solder for the ESC and motor wiring sections. Soldering technique is taught inside the course — no experience is assumed.
- A willingness to work through the occasional setback — a broken propeller or a firmware error is part of building your first drone, and the course teaches you how to recover from both
Description
By the end of this course, you will have built, configured, and flown a quadcopter you assembled yourself — from individual parts to stable flight in the air.
Most drone guides either sell you a pre-built toy or dump a parts list on you with no context. This course does neither. It covers every stage of the process with clear, hands-on instruction, from understanding how a drone generates lift all the way to your first successful flight.
What the course covers, section by section:
Drone fundamentals — types of multi-rotor drones, flight terminology, roll/pitch/yaw, how motors and propellers create directional control
Component selection — choosing the right frame, motors, ESCs, propellers, LiPo battery and charger, radio transmitter and receiver, and flight controller (Pixhawk or MATEK F405-TE or APM 3.2)
ESC and motor assembly — soldering ESC connectors to motor wires and preparing the power subsystem
Power distribution board — soldering ESCs and battery leads, building the complete power distribution system
Frame assembly — attaching arms, mounting motors, routing cables, securing all components
Radio and GPS subsystem — binding receiver and transmitter, connecting the GPS module to the flight controller
LiPo battery safety — charging, storage, handling, and maintenance of lithium polymer batteries
Firmware and software — configuring the drone in Mission Planner, sensor calibration, ESC calibration
Pre-flight checks and flying — arming sequence, motor direction verification, propeller attachment, first hover, and stable flight practice
No prior electronics, programming, or drone experience is required. Enrol now and build something that flies.
Who this course is for:
- Complete beginners: Anyone who has always wanted to build a drone but did not know where to start. Every component, every wiring decision, and every software step is explained from the ground up with no assumed knowledge.
- Hobbyists & RC enthusiasts: People who fly or tinker with RC vehicles and want to move from pre-built consumer drones to understanding and constructing their own open-source quadcopter they can repair and extend themselves.
- Engineering & STEM students: Robotics, mechatronics, aerospace, and electronics students who want a real hardware build project that covers motors, ESCs, flight controllers, sensors, and open-source firmware for their portfolio or coursework.
- Makers & DIY builders: Makers, Arduino and Raspberry Pi enthusiasts, and electronics hobbyists who want to apply their skills to a more complex system and understand how all the subsystems of a flying robot work together.
- Aspiring drone professionals: Career changers and professionals entering the drone industry — agriculture, infrastructure inspection, mapping, or delivery — who need solid build, configuration, and troubleshooting fundamentals before specialising.
- Not for: Students looking for a course on flying pre-built DJI or commercial drones, or on obtaining a commercial drone licence. This course is a hands-on build and open-source configuration course.