
Discover how a quadcopter drone flies using a four-motor x configuration, a flight controller, and speed adjustments that tilt to move forward, backward, left, or right, reducing drag.
Explore the essential drone components: transmitter, receiver, flight controller, and electronic speed controllers, and learn how signals travel from transmitter to motors through a power distribution board.
Mount the drone's motors to the frame arms in correct clockwise and counterclockwise configuration, solder wires to the power distribution board, and secure arms for a ready-to-build frame.
Mount the drone frame and flight controller, solder battery connections, and attach motors and receiver, then secure components with hot glue and Velcro to ensure stability before calibration.
Bind the transmitter to the drone’s receiver, select helicopter mode, and wire four motors to the flight controller by channel order to prep for the next calibration.
Calibrate the escs and throttle range, configure the flight controller as a quadcopter using xml, calibrate gyros, set channel reversals and soft level, then balance and install propellers.
Conduct a test flight to evaluate drone stability and practice reporting during flight, applying the insights to validate performance during drone-building processes.
Learn to add an FPV camera to your drone with a homemade tilt gimbal. Apply practical, hands-on steps to your drone-building projects.
Have you ever seen a drone flying overhead and suddenly wanted one yourself? Well in this course, I'll teach you how to build your very own quadcopter for under 150 dollars! In this way, you'll not only be able to customize your drone as you wish, but also learn about System design and optimization, electrical wiring, and A.I in Aeronautical engineering along with what exactly goes behind the way a drone flies!