Product details
LiteWing ESP32-S3 DIY Drone Kit V1.2– Programmable Drone for Makers & Developers
Building and flying your own drone doesn’t have to be complicated and LiteWing proves that. The LiteWing ESP32-S3 DIY Drone Kit V1.2 is designed for makers, beginners, and developers who want a hands-on introduction to drones without high costs or complex setups.
You assemble the drone yourself using the included PCB frame, motors, props, legs, and battery. Once assembled, you can fly it instantly using a mobile app, making it a perfect project for learning, exploration, and fun.
Thanks to its open-source design and powerful ESP32-S3 core, LiteWing becomes much more than a flying toy — it’s a complete learning platform. You can program it using Python with the Crazyflie library, or build custom firmware using Arduino or ESP-IDF.
This kit is ideal for students, educators, and hobbyists wanting to explore embedded systems, drone programming, and flight control. With secondary features like a programmable flight controller and hackable drone platform, LiteWing makes drone learning accessible to everyone.
Features:
•
Programmable Flight Controller – Customize how your drone behaves using an open-source Python and C++ API. Add new flight modes, automate movement, or build custom behaviors.
•
Modular DIY Hardware Design – The PCB-based frame and modular parts make assembly simple, repair easy, and experimentation fun for DIY enthusiasts.
•
Open-Source Firmware Support – Compatible with Crazyflie firmware, Arduino, and ESP-IDF, allowing developers to write custom code and expand functionality.
•
Sensor and Expansion Ready – Includes MPU6050 IMU and GPIO pinouts for adding sensors, servos, and other modules to build advanced drone projects.
•
Lightweight and Minimalistic PCB Frame – Clean, compact, and lightweight design ideal for workshops, classrooms, and learning environments.
•
Mobile App Control – Fly instantly after assembly with easy mobile control, making it great for beginners and educators.
•
Easy-to-Replace Components – Crash-friendly design with low-cost replaceable motors, props, and battery for hassle-free maintenance.
Building and flying your own drone doesn’t have to be complicated and LiteWing proves that. The LiteWing ESP32-S3 DIY Drone Kit V1.2 is designed for makers, beginners, and developers who want a hands-on introduction to drones without high costs or complex setups.
You assemble the drone yourself using the included PCB frame, motors, props, legs, and battery. Once assembled, you can fly it instantly using a mobile app, making it a perfect project for learning, exploration, and fun.
Thanks to its open-source design and powerful ESP32-S3 core, LiteWing becomes much more than a flying toy — it’s a complete learning platform. You can program it using Python with the Crazyflie library, or build custom firmware using Arduino or ESP-IDF.
This kit is ideal for students, educators, and hobbyists wanting to explore embedded systems, drone programming, and flight control. With secondary features like a programmable flight controller and hackable drone platform, LiteWing makes drone learning accessible to everyone.
Features:
•
Programmable Flight Controller – Customize how your drone behaves using an open-source Python and C++ API. Add new flight modes, automate movement, or build custom behaviors.
•
Modular DIY Hardware Design – The PCB-based frame and modular parts make assembly simple, repair easy, and experimentation fun for DIY enthusiasts.
•
Open-Source Firmware Support – Compatible with Crazyflie firmware, Arduino, and ESP-IDF, allowing developers to write custom code and expand functionality.
•
Sensor and Expansion Ready – Includes MPU6050 IMU and GPIO pinouts for adding sensors, servos, and other modules to build advanced drone projects.
•
Lightweight and Minimalistic PCB Frame – Clean, compact, and lightweight design ideal for workshops, classrooms, and learning environments.
•
Mobile App Control – Fly instantly after assembly with easy mobile control, making it great for beginners and educators.
•
Easy-to-Replace Components – Crash-friendly design with low-cost replaceable motors, props, and battery for hassle-free maintenance.
