[Open Source] STM32 quadcopter-old version

1. Introduction

This project is a quadcopter - old version V2.0 project, new version V3.0 project link: STM32 quadcopter - new version 

Remote control project link for quadcopter: STM32 open source four-axis remote control

2. Function description:

1. Anonymous host computer PID parameter adjustment

2. Complementary filter attitude calculation, cascade PID

3.SI24R1 2.4G remote control, OLED real-time display of four-axis attitude, voltage return, and secondary development

4.STM32F103 main control, integrated MPU6050 attitude sensor, WS2812B full-color indicator light, etc., with reserved expandable interfaces

3. Finished product display:

The picture shows the V1.0 version project proofing circuit board. The project has been updated to V2.0 version.

4. PC PID parameter adjustment setting

Connection settings: 1. The port is the actual port 2. The baud rate is 460800

Connection Diagram:

PID parameter setting reference values:

5. Things to note:

The project has been updated from version V1.0 to version V2.0. The component layout has been slightly changed, and the motor has been changed to 720 coreless cup.

1. The motor is a 716/720 coreless motor, the propeller is 55mm, and the battery is a 3.7V 1S lithium battery.

2. The coreless cup motor mounting hole diameter is 7.00mm and needs to be fixed by the motor base. Download the 3D printing file of the motor base in the attachment.

3. To bring out the SWD program burning interface, an emulator is required (ST-LINK is cheaper), and a serial port is reserved for connecting to the host computer for PID parameter adjustment.

4. Users need to have a certain knowledge of electronics and quadcopter related knowledge. The project does not involve welding and downloading a program before flying. It requires power distribution, PID parameter adjustment, etc.

5. For issues other than PCB engineering, watch Xiao Ma’s open source four-axis learning video: Xiao Ma’s DragonFly four-axis STM32 microcontroller course , a complete tutorial for four-axis beginners

> <b>6. Electronic amateurs cannot guarantee the standardization of PCB layout design. The design needs to be improved. No other problems have been found during use. If you have any questions, you can leave a message in the comment area below</b>