stm32f103-example VS rewheel

If you want to do bare-metal programming, you may want to take a look at my stm32f103-example project. It's for a different microcontroller than the one you're using, obviously, but converting it to work with an F4 part should be fairly straightforward. (I use the same framework for all of my STM32 projects.)

Use the CMSIS definitions of registers. They will save you a lot of time. If you're unhappy with having to repeat the names of peripherals, consider using something like the FIELD macros I wrote here.

The VECTOR macro expands to a sequence of assembler directives which uses .org. It'll end up creating gaps as needed.

And with a helper macro, you can rewrite the first bit as:

rewheel/DumpFirmware.md at main · rewheel-app/rewheel · GitHub

Head over to https://rewheel.app/ and join the discord, I followed the tutorial video and it was quick and easy.

Rewheel is the current go-to for GTs.

When I rewheeled my pint, I just went to the rewheel.app and downloaded it there, but were those linked directly to FM servers???

Rewheel is browser-based. The firmware patching occurs via a Bluetooth connection between your computer/phone's web browser and the OW itself. Nish has made several videos detailing that process (below). While the official release of Rewheel currently only supports the OG Pint, the next big Rewheel release will support the GT and uses the same general patching procedures.

I’d try running a motor recalibration on the controller using Rewheel.

Rewheel App