This repository contains the complete Klipper configuration for my Voron 2.4 350mm 3D printer, automatically backed up via the printer's built-in git integration.

• Automatic Backups: Configuration files are automatically committed and pushed after every significant change
• Version Control: Track configuration evolution and easily rollback problematic changes
• Sharing: Document and share working configurations
• Disaster Recovery: Complete config restoration capability

• Frame: Voron 2.4 350mm (LDO Kit)
• Toolhead: Archetype Mjolnir
• Extruder: Protoxtruder 2.0 with HGX-lite gears (44:10 gear ratio)
• Hotend: Rapido UHF (PT1000, 330°C max)
• Probe: Cartographer V2 (touch sensor with dedicated MCU)

• Main Board: BigTreeTech Octopus V1.1 (STM32F446)
• Toolhead Board: LDO Nitehawk 36 (RP2040)
• Probe MCU: Cartographer 3D Scanner
• Host: Raspberry Pi 4

• Kinematics: CoreXY with sensorless homing
• Z-Axis: 4x independent steppers (80:16 gear ratio)
• Steppers: TMC2209 drivers throughout
• Max Velocity: 800mm/s
• Max Acceleration: 15,000mm/s²

• Input Shaping: ADXL345 accelerometer (Nitehawk-mounted)
• Bed Leveling: Quad Gantry Level + Cartographer touch probing
• Chamber Lighting: 50x Neopixel LED strip with effects
• Toolhead LEDs: 3x GRBW Stealthburner lighting
• Webcam: 1280x720@30fps via Crowsnest

• Klipper: Multi-MCU configuration (3x controllers)
• Moonraker: API server and update management
• Mainsail: Primary web interface
• KlipperScreen: Touch panel interface

• KAMP: Adaptive meshing and purging system
• Timelapse: Automated print photography with hyperlapse
• LED Effects: Dynamic lighting based on printer state
• Mobileraker: Mobile app integration with push notifications

• Smart Start Sequence: Adaptive bed mesh, gantry leveling, nozzle cleaning
• KAMP Integration: Object-aware meshing and logo/line purging
• Cartographer Touch: High-precision Z-offset calibration
• Temperature Management: Intelligent heat soaking for high-temp materials

• Filament Management: Automated load/unload with temperature control
• Print Control: Enhanced pause/resume with safe positioning
• Maintenance: Nozzle cleaning, PID tuning, speed testing
• Calibration: Pressure advance testing, input shaping

• High Speed Capable: Tuned for 800mm/s travel, 15k accel
• Sensorless Homing: Reliable X/Y homing without physical switches
• Precision Probing: Dual-pass mesh with 0.0075mm tolerance
• Input Shaping: EI (X: 89.8Hz) / MZV (Y: 48.8Hz)

├── printer.cfg              # Main configuration file
├── mainsail.cfg             # Web interface integration
├── moonraker.conf           # API server configuration
├── MACROs/                  # Custom macro library
│   ├── print_start_macro.cfg
│   ├── voron_useful_macros.cfg
│   ├── fast_qgl.cfg
│   └── TEST_SPEED.cfg
├── KAMP/                    # Adaptive meshing & purging
├── daylight_led.cfg         # Chamber lighting effects
└── autocommit.sh           # Automatic backup script

• Print Speed: Up to 300mm/s (material dependent)
• Travel Speed: 800mm/s
• Acceleration: 15,000mm/s² (tuned per material)
• Z Leveling Accuracy: ±0.0075mm
• First Layer Precision: Cartographer touch sensing
• Heat-up Time: ~3min to ABS temps (110°C bed, 250°C hotend)

The printer runs a git-based backup system that:

• Monitors configuration changes
• Commits files with timestamps and version info
• Pushes to this repository automatically
• Includes database backups (Moonraker history)

Backup Script: autocommit.sh runs after significant config changes

• Mainsail Interface: Full remote control and monitoring
• Mobileraker: iOS/Android app with notifications
• Webcam Stream: Live print monitoring at /webcam
• Timelapse: Automatic print recording and rendering

The PRINT_START macro provides a comprehensive pre-print routine including temperature-dependent heat soaking, adaptive mesh probing, and nozzle preparation.

Chamber and toolhead lighting automatically reflects printer state (idle, heating, printing, error) with smooth transitions and effects.

Adaptive bed meshing only probes the actual print area, significantly reducing start times for smaller objects.

Extensive library including filament management, calibration routines, and diagnostic tools accessible via the web interface.

Last Updated: Auto-generated on commit
Klipper Version: Latest stable
Hardware Status: Fully operational

This configuration represents hundreds of hours of tuning and optimization. Feel free to use as reference, but always verify settings match your specific hardware before applying.