M5Stack Drone M5Stamp Fly

The M5Stack M5Stamp Fly is a versatile and programmable open-source quadcopter designed for a wide range of applications. The controller is based on the powerful StampS3, supported by a 6-axis gyroscope and a 3-axis magnetometer for posture and direction detection. Thanks to the BMP280 pressure sensor and the two VL53L3 distance sensors, the M5Stamp Fly can be precisely kept at altitude and skillfully avoid obstacles. The integrated PMW3901MB optical flow sensor ensures stable hovering and shifting maneuvers. With a compact size, a 300mAh high-voltage battery, and powerful coreless high-speed motors, the quadcopter offers excellent flight performance. The M5Stamp Fly is ideal for educational projects, research, or DIY drone developments. The open firmware allows you to program and customize your own projects and applications according to your needs.

Recommended Accessories:

Features:

The M5StampS3 serves as the main controller and enables versatile control of the quadcopter.
Equipped with a BMI270 6-axis gyroscope for precise posture detection.
The BMM150 3-axis magnetometer supports accurate direction determination.
Barometric altitude determination thanks to the integrated BMP280 pressure sensor.
Distance measurement and obstacle detection through the VL53L3 distance sensors.
The PMW3901MB optical flow sensor enables precise hovering and movement control.
A 300mAh high-voltage lithium battery ensures a flight time of about 4 minutes.
Expandable through two Grove ports for additional sensors and peripherals.
Integrated buzzer and WS2812 RGB LEDs for status and interaction display.
Supports both manual and automatic flight modes, including features like precise hovering and flips.

Application Examples:

Develop your own drone for research projects.
Ideal for educational projects to learn the basics of drone programming.
DIY projects for drone enthusiasts looking to expand their flying skills.
Perfect for the drone development field to test new functions and technologies.
Create autonomous flight maneuvers and explore the possibilities of ESP-NOW protocols.