VZBOT Reference Configuration
- This page is a Klipper reference configuration template for VZBOT / VZBOT AWD, not a ready-to-use configuration.
VORON 2.4 Reference Configuration
- This page is the Klipper reference configuration template for VORON 2.4, not a directly usable finished configuration.
VORON Trident Reference Configuration
- This page provides a Klipper reference configuration template for the VORON Trident, not a ready-to-use configuration.
VORON 0.2 Reference Configuration
- This page is a Klipper reference configuration template for VORON 0.2, not a directly usable finished configuration.
i3 Single Z Reference Configuration
- This page is a Klipper reference configuration template for i3 / Cartesian single Z machines, not a ready-to-use final configuration.
Extruder Reference Information
This page contains reference parameters for common extruders, primarily used to quickly establish initial configurations.
Multi-Z Reference Configuration
This page compiles common configuration methods for dual Z motors. The pins, travel distances, and directions in the examples need to be modified according to the actual motherboard and machine structure.
Fan Reference Configuration
This page organizes common fan configuration methods, including driver fans, 7040 fans, and multiple fans sharing pins. The pins in the examples need to be modified according to the actual motherboard.
Homing Override - Homing Override Configuration
Overview
Thermal Sensor Configuration Methods
This page organizes common temperature sensor configuration methods in Klipper, including the hotend, heated bed, chamber temperature, motherboard temperature, host computer temperature, PT1000 direct connection, MAX31865, and K-type thermocouple. The pins, sensor models, pull-up resistors, and temperature ranges in the examples must be modified according to the actual hardware.
SPI Configuration Method
Hardware SPI (Recommended)
Brake/Holding Motor
This page provides the specific wiring method for the brake (electromagnetic holding) motor on the FLY-C8P: releasing the brake simultaneously when the stepper motor is enabled, and engaging the brake when the stepper motor is disabled. The example applies only when connecting the motor to the C8P DRIVER2 and using the PD12 brake output as described on this page — it cannot be directly applied to other motherboards or other driver slots.