Hackman3D Orbit Controller

HackMan3D Orbit Controller

Build your own professional 6-DoF navigation controller

The HackMan3D Orbit Controller is a fully open-source DIY project designed for CAD, 3D modeling, CAM and creative applications.

Built around an Arduino Pro Micro and four Hall Effect joysticks, it delivers smooth and precise 6-axis navigation while remaining affordable, reliable and easy to build.

Features

• 6 Degrees of Freedom (6DoF)
• Compatible with Windows, macOS and Linux
• Arduino Pro Micro based
• Hall Effect joystick technology
• Fully 3D printable
• Open-source hardware & firmware
• Three programmable mechanical buttons
• Comfortable ergonomic design

Before You Start

This MakerWorld upload contains the printable parts only.

The latest firmware, assembly guide, wiring diagram and BOM are available on GitHub:

GitHub
https://github.com/HackMan3D/HackMan3D-Orbit-Controller

Assembly Overview

1. Print all STL files.
2. Follow the Assembly Guide.
3. Assemble the electronics according to the Wiring Diagram.
4. Flash the firmware to the Arduino Pro Micro.
5. Install the required board package and drivers.
6. Enjoy your new Orbit Controller!

Arduino Board Package

This project uses the excellent board package developed by NavCore.

Please install it before uploading the firmware:

https://github.com/NavCoree/3D-controller-Board-package

Watch It in Action

Want to see the controller before building it?

Youtube

https://www.youtube.com/shorts/rWjuSqC4tPc

TikTok
https://www.tiktok.com/@hackman3d/video/7656888103503809814

Instagram
https://www.instagram.com/p/DaLhk9gP-Sw/

If you enjoy this project, consider following me on YouTube, TikTok and Instagram to stay updated with new projects, improvements, tutorials and future open-source releases.

Notes

• This project is intended for personal and educational use.
• Compatible with most CAD and 3D applications supporting 3Dconnexion devices.
• Firmware is not included in this download.
• Please download the latest firmware from GitHub before starting the assembly.

If you build one, I'd love to see it! Feel free to upload your print, leave a rating, share your feedback, or contribute improvements on GitHub.

A Few Words

This is my first project of this scale, and I've done my best to make the entire build process as accessible as possible.

The assembly guide will continue to improve over time with additional photos, clearer explanations and extra tips based on community feedback.

If you encounter any issues or have ideas for improvements, please don't hesitate to leave a comment. Every piece of feedback helps make this project better for everyone.

Thank you for your support and for being part of this open-source adventure.

Happy printing!

HackMan3D