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Is it possible that one probe could be both the best performing and the most economical? The Klicky probe might just be! In this video I examine this novel stow-and-go bed probe and provide a full walkthrough on assembly and firmware configuration, using the Troodon 2.0 3D printer as a test case.
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Watch the full Troodon 2.0 series: • Troodon 2.0
Buy the Troodon 2.0 (Formbot): www.formbot3d.com/products/tr...
Buy a supercharged Troodon with Stealthburner pre-installed (Tiny Machines 3D): www.tinymachines3d.com/produc...
Buy my 3D models: ygk3d.com/collections/digital...
YGK3D GitHub (Troodon 2.0 RepRap Klicky Configuration): github.com/YGK3D/Troodon-V2-R...
YGK3D GitHub (Troodon 2.0 Klipper Klicky Configuration): github.com/YGK3D/Troodon-2-Kl...
TeamGloomy GitHub: github.com/TeamGloomy/Troodon-V2
Klicky GitHub: github.com/jlas1/Klicky-Probe
PCB Klicky GitHub: github.com/tanaes/whopping_Vo...
Klipper Auto Z: github.com/protoloft/klipper_...
RepRap Auto Z: github.com/pRINTERnOODLE/Auto...
pRINTERnOODLE GitHub (Voron 2.4 RRF Klicky): github.com/pRINTERnOODLE/RRF-...
Copy & Paste Snippets:
Klipper Klicky Install:
cd ~/klipper_config/
wget raw.githubusercontent.com/jla...
unzip Klipper_macros.zip
Klipper Klicky AutoZ:
cd ~
git clone github.com/protoloft/klipper_...
./klipper_z_calibration/install.sh