Quick Start
Goal of this guide: Complete the system deployment and basic configuration of the FLY-Pi within 30 minutes, reaching a state where the Klipper web interface can be accessed.
Completion indicator: Accessing the Klipper web interface through a browser.
Important Notes
- Required accessories: The FLY-Pi must be used with the FLY M2WE or a TF card, otherwise the system will not boot
- Power requirements: The DC terminal input range is 12V-24V, do not exceed this range
- Safe operation: The printer must be turned off and disconnected from power before performing any wiring operations
- System startup: For the first boot, it is recommended not to install the screen yet, and to complete the configuration via SSH over the network first
Step 1: Prepare Tools and Resources
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Included contents:
MobaXterm- Used for connecting to the host machineCH340- Serial driver used for system connectionPanasonic_SDFormatter- Used for formatting the TF cardSetupSTM32CubeProgrammer- Used for flashing firmware to the controller board
Step 2: Install System and Basic Configuration
| Configuration Item | Description | Link |
|---|---|---|
| System image flashing | Flash the FlyOS system image | View Guide |
| Basic system configuration | Modify system settings | View Guide |
| SSH connection | Remotely connect to the host machine | View Guide |
| Wi-Fi configuration | Configure wireless network | View Guide |
| Screen configuration | Configure display device (optional) | View Guide |
| Host machine power supply | Choose the correct power supply method | View Guide |
Notes:
- Please confirm that the TF card or M2WE has been properly formatted before flashing the image
- The first system startup may take 3-5 minutes, please be patient
- The default SSH username is
root, and the password ismellow - Screen configuration is only required when a screen is connected
Step 3: Extended Features and Advanced Configuration
The following features can be configured gradually as needed after completing the basic setup and ensuring the printer operates normally:
| Feature | Description | Link |
|---|---|---|
| Camera usage | USB camera configuration | View Guide |
| Power loss recovery | Print optimization feature | View Guide |
| Resonance compensation | Input shaping using an accelerometer | View Guide |
| External toolboard | Toolboard connection and ID acquisition | View Guide |
| External fan | Onboard fan control | View Guide |
| Resource downloads | 3D models and schematics | View Guide |
- It is recommended to configure and test extended features one at a time to avoid changing too many parameters at once
- Camera configuration requires support from an additional USB camera device
- Resonance compensation requires an accelerometer sensor
- Toolboard connection is applicable to multi-toolhead 3D printers
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