Adjustable center console mount for a rear view mirror style dash camera.

Recently, I made a purchase of the WOLFBOX G840S 12“ Mirror Dash Cam Backup Camera for my car. Initially, I attempted to mount it on the rear view camera, but I found that this setup wasn't comfortable for me. Consequently, I decided to create a 3D-printed mount for the camera and attach it to the center console panel of my vehicle. To securely fasten it, I used 3M Self-Mating Reclosable Fastener, which adhered perfectly to the dashboard console.

The design of the mount allows for easy angle adjustments, accommodating the slope of the dashboard. Assembling the mount is straightforward, and I used  Hillman  #6 x 3/4-in Phillips-Drive Sheet Metal Screws throughout the process. If you wish to fix the angle of the back plate firmly, you can utilize the holes on the rear side of the base plate. By employing the same screws, they penetrate the cylinder on the back plate, making the mount more resistant to vibrations and bumps while driving. The 0.6 mm feature on the side of the cylinder and the side cover also contribute to its functionality.

For the printing process, I recommend using PETG, as it offers a higher melting temperature. Given that the mount will be used inside the car, it's important to choose a material with a higher melting point to avoid potential warping in high summer temperatures. A layer height of 0.3 should suffice, but you can adjust it as needed to ensure that all the details are printed accurately.

To neatly route the cables within the vehicle, I later employed car cable clips, which can be found here - https://www.thingiverse.com/thing:3661634/files. This addition further enhances the overall organization and appearance of the setup.

Updated Design - 07/29/2023

In my initial attempt, I installed the previous design in my car, using PETG material for the printing. However, the intense summer heat in Michigan caused the PETG parts to warp. Learning from this experience, I redesigned the dashcam's PETG components to make them resilient and unaffected by the extreme summer temperatures in Michigan.

To prevent warping and deformation due to high temperatures, consider the following recommendations:

1. Do opt for lighter colors like white that reflect light rather than darker shades that tend to absorb heat.
2. Adjust the print settings by increasing the number of perimeters, enhancing the part's structural integrity.
3. Raise the infill percentage for the printed components, providing additional strength and stability.
4. Select a material with a higher melting point and UV resistance to withstand extreme weather conditions.

Be sure to download the updated modified model to ensure optimal performance. The previous version experienced warping within the car during hot weather, but with these improvements, you can confidently use the dashcam without any concerns.

Feel free to utilize the provided files and information to experiment and adapt the design to your needs. Happy 3D printing!

Smitten by this model's charm? Show some love with a like and stash it in your curated collection. Speak your mind in the comment zone! Snap and share your printed model – let's see that swag!