Everything about STM32 drone development starting from the ground up
※ This class has been completely free since September 2022. This is the only class that teaches you how to develop the FCC flight control system for a high-performance STM32F4 DIY drone from start to finish using the free compiler STM32CubeIDE. Since you implement everything from the sensor interface to PID control without using drone open source such as ArduPilot or Pixhawk, you can experience and learn all the development processes of the drone control system and embedded system. We will explain all the source code and hardware assembly methods in the class slowly so that even non-majors and beginners can easily follow along. If you follow along slowly, you can experience more stable flight with your own drone that you developed yourself than with commercial products.
[Closed] FS-i6X transmitter cannot follow the tutorial "4-4. i-Bus Fail-safe Setting and Parsing"!!
※ This notice has been closed because it can be resolved with 4-5 videos. For more information, please refer to the notice at https://www.inflearn.com/news/21171. (2020.1.11)
Hello, this is ChrisP from M-HIVE.
Urgent notice.
Chapter 4 covers the Flysky FS-i6 transmitter and FS-iA6B receiver.
The contents of "4-4. i-Bus Fail-safe Setting and Parsing" are only applicable to the FS-i6 transmitter (firmware version FS-i6 2.0 16-Aug-2017).
Not available on FS-i6x transmitters or other versions of firmware.
I had linked the FS-i6x transmitter to my old shopping list, but those who purchased the FS-i6x transmitter are currently unable to implement the contents of the video lecture "4-4. i-Bus Fail-safe Setting and Parsing".
I will post a separate tutorial about the Fail-safe function of the FS-i6x transmitter in the future so that you can implement Fail-safe in a different way.
I apologize for not checking it in advance and posting it.
thank you
- ChrisP
Free