LiteWing

Flying a drone manually requires constant attention to throttle control. One moment of distraction and your drone either crashes into the ground or flies away into the ceiling. If you're building your LiteWing from scratch, check out our detailed step-by-step LiteWing assembly guide to get started with your build.  This is where Drone height hold mode becomes a…

Last year we built a drone using ESP32 and our community loved it. Since then the project has evolved and the drone is now called LiteWing - think of LiteWing as a low cost development platform for Drones using which you can not only easily build and fly a mini drone but can also control it using python, add your own sensors or even write the entire drone firmware…

Building a DIY drone test rig is essential for safely testing mini-drones without the risk of crashes or component damage. This comprehensive guide shows you how to build a 3D printed drone testing stand that allows complete flight testing in a controlled tabletop environment. This drone test stand was originally built for our LiteWing Drones, but you can use it to test any mini drones.

A few years ago, building a drone was expensive and out of reach for most hobbyists and students. But today, DIY drones have become more accessible and affordable. With the LiteWing Drone—a compact, open-source drone powered by the ESP32—you can build and fly your own drone for under $50. It's beginner-friendly, ready to fly out of the box, and can be controlled via…

Focused on versatility and modularity, the LiteWing drone can be programmed and controlled using different platforms. When you purchase a LiteWing drone, it ships with default firmware that supports Crazyflie protocols. This means out of the box, your drone is ready to fly using the mobile application, and also supports cfclient and cflib packages from Crazyflie.

Important…

Drones, also known as unmanned aerial vehicles (UAVs), have evolved into essential tools across multiple industries. Their diverse designs and flight mechanisms cater to a wide range of applications, from personal hobbies to military operations. Understanding the different types of drones helps in identifying their specific roles and advantages. Based on the design,…

Drones, also known as Unmanned Aerial Vehicles (UAVs), have become popular in recent years due to their wide range of applications. They are used in photography, agriculture, security, delivery services, and even in military operations. But how do drones work? This article will cover the fundamental concepts of drones, their components, how they fly, and their…

If you've received the DIY version of LiteWing, follow these simple steps to assemble your drone. No 3D-printed frame or complex tools are required. Everything fits directly into the LiteWing PCB, which also acts as the drone's structural frame. If you are completely new to LiteWing check out the LiteWing Wiki Page or watch this video on what is LiteWing Drone to learn more about…

cfClient is a GUI application designed for configuring, controlling, and debugging drones running Crazyflie-based firmware, including the LiteWing drone. It allows users to connect their drone, monitor sensor data, adjust flight settings, and manage input devices such as joysticks or game controllers.

With cfClient…

The LiteWing ESP32 drone is a compact, feature-rich, and affordable solution for drone enthusiasts and makers alike. Designed with simplicity and accessibility in mind, LiteWing allows even beginners to get into the world of drone building without breaking the bank. Whether you’re looking to build it as a hobby or explore the potential of ESP32 for drone applications, LiteWing provides a…