Project X8

Built an eight motor drone powerful enough to reach high speeds of 180kph

Overview

Ordered Parts

Opened parts

Carbon Fiber Frame

Racing drones are specialized unmanned aerial vehicles (UAVs) designed specifically for high-speed racing and acrobatic flight. They are small and lightweight, with powerful motors and advanced electronics that allow them to fly at high speeds and perform complex maneuvers. Racing drones are equipped with first-person view (FPV) cameras and video transmitters, which allow the pilot to see a live video feed from the drone's perspective and navigate more accurately. They range in sizes and are categorized by their propellers diameter. The ones I have built range from 3 to 7 inches. These drones can go upwards of 120mph.

Racing drones are built from lightweight materials such as carbon fiber, and they are often equipped with a variety of sensors and electronic components, including gyroscopes, accelerometers, and GPS. These features allow the drone to maintain stability and control in the air, even at high speeds. Racing drones are powered by lithium polymer (Li-P0) batteries, which provide a high energy density and allow for long flight times.

Building a racing drone requires a variety of skills, including:

Electronics knowledge: Basic understanding of electronics, including how to identify and use components such as motors, controllers, and sensors.
Soldering skills: To solder wires and components together to connect the various electronic systems of the drone.
Programming skills: Flight controllers and other electronic components require programming or configuration using specialized software. Familiarity with programming languages such as C or Python
Mechanical skills: Building a racing drone involves assembling and installing various mechanical components, such as motors, propellers, and frames. Mechanical skills and the ability to use hand tools and follow instructions, are required.
Problem-solving skills: Building and flying a racing drone will inevitably involve troubleshooting problems and finding solutions. Developing strong problem-solving skills will help you successfully navigate any challenges that arise.
Attention to detail: Building a racing drone requires careful attention to detail, as even small mistakes can have serious consequences. It is important to carefully follow instructions and double-check your work to ensure that your drone is safe and reliable.

To view the captivating Drone videos I create, simply click the button below

I showcase my work on my Instagram and YouTube channel

Drone Videos

The Build

To build a racing drone the following parts are required:

Carbon Fiber Frame and Hardware
x4 Motors and Propellors
Electronic Speed Controller (ESC)
Flight Controller (FC)
Video Transmitter (VTX) and camera
Radio Receiver (RX)
GPS Module
Li-Po Battery 4s or 6s

Unique Designs

I designed this mount to be safe and easy to handle the drone during hand-held takeoff and landing operations. It's fixed onto the drone using its mounting holes, and I made sure to keep its weight to a minimum while also providing ample ventilation to the video transmitting module to prevent overheating.