Until recently, my Kingston HyperX Cloud II headphones have been hanging on a coat hook in my small study. To find a better solution, I researched various ideas and designed my own wall mount, drawing inspiration from other talented designers.

Model Description

The mount is designed to be screwed into the wall using 6ga ¾” screws. To facilitate easy installation, the mount features two holes at the front, which allow you to insert a screwdriver through them to drive the screws into place securely.

A notable feature of the mount is its integration with the sound card. The sound card has a clip on the rear side, which allows the soundcard to be attached to the mount using a square loop at the front. This design enables you to easily remove the sound card by using its hinge mechanism.

For accurate design and fit, I referred to 3D models of the headphones and the sound card controller created by:

• Svetozar Zaklanovic: Model URL
• Gustav Limrell: Model URL

These models were instrumental in ensuring that my design was precise and in creating detailed graphics to illustrate my wall mount.

As usual, I've provided the following file types: Fusion 360 (.F3D), STEP, and .STL files. Feel free to customize and modify the design to suit your needs.

I encourage you to share your customised versions on the community sharing page. By collaborating, we can learn from each other and enhance the design. If you encounter any issues or if the design does not meet your expectations, please let me know on the sharing page. I will do my best to address any concerns.

Please like, save, and share the design if you find it useful. Your feedback, both positive and constructive, is invaluable in helping me improve these creations.

I'd love to see photos of your prints! I'm curious to see how they turn out for you. Thank you for your interest and feedback!

Print Settings:

Dynamic Quality Settings

Nozzle: 0.2mm

Walls: 3

Top/Bottom Layers: 4

Infill: 15% Cubic

Supports: No

Material: Eryone PLA

Colour: Navy Blue

Weight: 65 g

Print Time: 9 hours 45 minutes.