LDO NiteHawk-36 Toolhead REV C

The LDO Nitehawk-36 toolboard is a game - changer. It's powered by an RP2040 MCU, has a TMC2209 stepper drive, an ADXL345 accelerometer, and a USB port. Unlike other CAN toolboards, its USB - based connection makes setup a breeze. The USB connection also offers a secondary port for your nozzle webcam or eddy current probe. ### Key Features - Easy wiring: Only 24V power and a USB to the RPI host are needed, no more complex breakout cables. - Simple USB Klipper connection: No extra software or hardware setup compared to CAN. - Secondary USB port: Connect a second USB device without an additional cable. - Custom toolhead cable: A single cable for USB data and power, suitable for drag chain or umbilical use. - Convenient Input Shaping: Use the onboard accelerometer for input shaper calibration anytime. - Tacho - enabled HEF: The hotend fan port supports three - pin tachometer for diagnostics and safety. ### What's Included - 1x Toolhead PCB - 1x USB Adapter PCB - 1x 2.15m USB Umbilical Cable - 1x 0.4m USB - A to USB - C Data Cable - 1x 24V Power Cable - 1x USB Hookup Cable - 3x M2x10 Self - tapping Screws - 2x M3x8 Machine Screws SHCS - 4x M3x12 Machine Screws SHCS - 1x 3x2pin MicroFit3 style Male Connector - 8x Microfit3 style Female Crimp Terminals - 1x 4pin XH2.5 Connector - 8x XH2.5 Female Crimp terminals - 5x 2pin PH2.0 Female Connector - 3x 3pin PH2.0 Female connector - 30x PH2.0 Female crimp terminals - 4x Ferrule 1008 - 4x Ferrule 0508 ### More to Explore - Browse all LDO products - Browse all Extruders - Browse all Voron Parts and Accessories

Using the LDO NiteHawk - 36 toolhead is easy. First, connect the 24V power cable and the USB cable to your RPI host. This is all you need for basic wiring. You can then use the USB Klipper connection for a hassle - free setup. If you want to use additional devices like a nozzle webcam or an eddy current probe, plug them into the secondary USB port. When it comes to input shaper calibration, you can use the onboard accelerometer at any time. Just follow the standard calibration process. For the hotend fan, make sure to connect it properly to the tacho - enabled HEF port. This will allow for better diagnostics and safety. As for maintenance, keep the toolhead clean. Avoid exposing it to excessive dust or moisture. Check the cables regularly for any signs of wear and tear. If you notice any issues with the connections or the performance, double - check the wiring and make sure all components are properly seated.