Power Arc: The Stylish Charging Stand for Your Garmin Forerunner
The Power Arc is a 3D printed watch stand designed specifically for Garmin Forerunner watches. Its unique design features a sleek, curved arc that cradles your watch comfortably and securely, all while keeping the watch face tilted for easy viewing.
Here's what makes the Power Arc stand out:
- Charge While You See the Time: A strategically designed channel allows you to seamlessly route your charging cable through the stand, keeping your watch powered up and ready to go, with the watch face conveniently angled for you to see the time.
- Snap & Print Ready: The Power Arc is designed for easy assembly. A clever 0.1mm print tolerance has been incorporated into the design to allow for a snug fit between parts, eliminating the need for glue or additional tools! Plus, it's printable without any support structures.
- Modern & Minimalist Design: The clean lines and circular form of the Power Arc complement any desk or nightstand, adding a touch of style to your charging routine.
Designed with Compatibility in Mind:
While specifically designed to perfectly fit the Garmin Forerunner 255, the Power Arc is compatible with most of the latest Forerunner watches that utilize the standard charging cable.
The Power Arc is the perfect solution for:
- Runners and athletes who want to keep their Garmin Forerunner charged and ready for their next workout, with the time conveniently displayed.
- Anyone who wants a stylish and functional way to display and charge their Garmin watch, while still being able to see the time at a glance.
- Makers looking for a practical, easy-to-print watch stand design with broad compatibility.
Get ready to experience the Power Arc difference!
Printing Notes:
The reference model showcased in the images was printed on a Prusa Mini using the following settings:
- Printer: Prusa Mini
- Filament: Extrudr XPETG (color of your choice)
- Infill: 15%
- Layer Height: 0.2 mm
- Nozzle Diameter: 0.6 mm
- Support Structures: None required
These settings are a starting point, and you may need to adjust them based on your specific printer and filament. It's always recommended to consult your slicer software's documentation for optimal settings.
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