Cool_Tools/shfw-walkthrough
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README.md
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@ -1,6 +1,6 @@
## Quick SHFW Configuration Walkthrough ## Quick SHFW Configuration Walkthrough
## SHFW 3.7.0 is out, go test it out! ## SHFW 3.7.1 is out, go test it out!
For a detailed list of new features and improvements in SHFW 3.7.1, see the [3.7.1 Changelog](#371-changelog). For a detailed list of new features and improvements in SHFW 3.7.1, see the [3.7.1 Changelog](#371-changelog).
@ -23,7 +23,6 @@ SHFW is a custom firmware available for flashing via the Scooterhacking Utility
- [License](#license) - [License](#license)
- [Author Information](#author-information) - [Author Information](#author-information)
### Installation ### Installation
To install SHFW, follow these steps: To install SHFW, follow these steps:
@ -46,11 +45,10 @@ To install SHFW, follow these steps:
- Ensure you have the correct scooter model. - Ensure you have the correct scooter model.
- Open the utility app, connect to the scooter. - Open the utility app, connect to the scooter.
- Press "Load Custom" and select SHFW. - Press "Install/update SHFW" and select a version of the highest number.If there's only one, select that.
- If you have the new G30 motor then select the new motor option under the system config tab as well. - If you have the new G30 motor then select the new motor option under the system config tab as well.
- Enable "expert view" on the top right. - Enable "expert view" on the top right.
**Note**: If BLE/DRV is low enough to be supported, but fails to flash, then press "Attempt DRV downgrade" and press flash.
**Note**: The number in the firmware name indicates the base DRV.
### Usage ### Usage
@ -135,7 +133,6 @@ For Xiaomi Pro 2 and mi3, use the following configurations:
4. Under Motor Settings, select 20 or 24khz. 4. Under Motor Settings, select 20 or 24khz.
#### [Xiaomi Essential, Lite, 1S](#xiaomi-essential-lite-1s) #### [Xiaomi Essential, Lite, 1S](#xiaomi-essential-lite-1s)
For Xiaomi Essential Lite, use these configurations: For Xiaomi Essential Lite, use these configurations:
@ -162,7 +159,6 @@ The calculation for field weakening flux is as follows:
field weakening flux = initial + ("current speed" - "field weakening start speed") * (variable / 1000) field weakening flux = initial + ("current speed" - "field weakening start speed") * (variable / 1000)
- `initial`: The initial value of the field weakening flux. - `initial`: The initial value of the field weakening flux.
- `"current speed"`: The current speed of the scooter. - `"current speed"`: The current speed of the scooter.
- `"field weakening start speed"`: The speed at which field weakening should start. - `"field weakening start speed"`: The speed at which field weakening should start.
@ -216,7 +212,6 @@ Special thanks to BXLR for providing valuable information on the R_adc logic.
**Note2**: You can also measure your battery voltage and then increase the divider voltage until the system voltage reading matches your previous meassuring. **Note2**: You can also measure your battery voltage and then increase the divider voltage until the system voltage reading matches your previous meassuring.
**Note3**: You only need to touch this setting once you changed the resistors on the esc. **Note3**: You only need to touch this setting once you changed the resistors on the esc.
## Contributors to this repo ## Contributors to this repo
- **[lekrsu](https://github.com/lekrsu)** - Main contributor and architect. - **[lekrsu](https://github.com/lekrsu)** - Main contributor and architect.
@ -228,7 +223,6 @@ Special thanks to BXLR for providing valuable information on the R_adc logic.
> A big thank you to everyone who has contributed to making this project a success! > A big thank you to everyone who has contributed to making this project a success!
### License ### License
This project is licensed under the [MIT License](LICENSE). This project is licensed under the [MIT License](LICENSE).