Featured Project · 2026

Voron 2.4 3D Printer

A complex electromechanical build combining mechanical assembly, electrical integration, Klipper configuration, motion-system setup, and iterative troubleshooting.

Objective

Build a capable FDM prototyping platform while developing practical mechanical, electrical, and software integration skills.

Scope

Approximately 60–70 hours of mechanical assembly and wiring, 10–20 hours of software configuration, plus additional tuning and diagnosis.

Build Process

Mechanical & electrical integration

**Motion system.** CoreXY gantry, belt routing, toolhead, and cable management.

**Electronics.** Controller, Raspberry Pi, power supply, distribution, and wiring.

**Toolhead electronics.** Nitehawk-SB hardware during configuration and diagnosis.

**System integration.** Open-frame configuration before final enclosure assembly.

Demonstration

Printer in operation

Operating demonstration. Completed Voron 2.4 performing a test print after mechanical, electrical, and software commissioning.

Commissioning

Troubleshooting & final system

**Iteration.** Failed test parts used as evidence while diagnosing print and machine-setup issues.

**Enclosure.** Panels and exterior hardware installed.