The reason for this project is to combine E3DV6 hotend and the Orbiter extruder to create a small and lightweight direct driver. After more than two months of design and testing, it has the current appearance. The assembly is very simple, and the production video and printing effects will be released later. Friends who like it can click the “like” button, thank you for your support.

video(make)：https://youtu.be/lggzzs5oLZ0

Detailed production steps: https://www.instructables.com/R-Direct-Drive/

video(3D model): https://youtu.be/wPs5QKcwUCQ

video(360° display)：https://youtu.be/ScCqG77yYJ4

***Nozzle-to-Probe offsets { X, Y, Z }#define NOZZLE_TO_PROBE_OFFSET { -24.85, 17.52, Z }

***Features:1 Light weight;2 Small size, width is only 35mm;3 Support Orbiter extruder：https://www.facebook.com/groups/705637896767655Support E3DV6, D3DV6 CLONE, DRAGON and DRAGONFLY hotend；4 Support BLtouch and 3Dtouch（Proximity sensors will also be supported in the future）；5 Can only be installed on Linear Rails；6 Direct drive, short path, printable TPU filament；7 Removes the Orbiter extruder and can also be used as a remote drive;

***Bill of Materials：1 7 prints；2 M3 X 6 Socket Head Cap（4）；3 M3 X 8 Socket Head Cap（2）；4 M3 X 10 Socket Head Cap（2）；5 M3 X 12 Socket Head Cap（4）；6 M3 X 16 Socket Head Cap（4）；7 M3 X 25 Socket Head Cap（4）；8 M3 X 30 Socket Head Cap（1）；9 M3 Hexagon nut（1）；10 M3 Knurled Brass Nut（M3X4X4.5mm）（16）；11 5015 fan;12 3010 fan;13 E3DV6 or E3DV6 CLONE or DRAGON or DRAGONFLY hotend;14 the Orbiter V1.5 Extruder;15 MGN12C Block；

***After-sales service：First of all, thank you for liking this project. If you encounter any problems in the production and use process, you can contact me, and thank you for your support.