Camera mount for DJI Avata drone - Action cam mount

Discover the STL file of this camera mount for your DJI Avata drone! Print your own high-quality camera mount made of TPU material and attach your action cam securely and stably. You can attach the camera fixture to the bracket with an M5x20mm hexagon bolt and an M5 hexagon nut.

The STL file allows you to easily produce the camera mount using the 3D printing process. Use high-quality TPU filament to achieve a robust and durable result. The camera mount was specially developed for your DJI Avata drone and offers a reliable mounting option for action cams such as GoPro or DJI Osmo.

The camera mount has an integrated opening for the M5 hexagon nut to ensure secure attachment of the camera device. Easily mount your camera on the holder to take fascinating aerial shots.

The TPU material offers rubber-like elasticity, high tear resistance and excellent protection for your camera. The camera mount is easy to install and ensures a secure fit for your action cam.

Please note that use of the camera mount is at your own risk. We accept no liability for any damage that may result from the use of this part. Make sure you understand the flight characteristics of your drone and that additional weight can affect flight performance.

The STL file contains only the camera mount.

Get the STL file of this camera mount now and print your own mount for your DJI Avata drone. Take your drone photography to the next level and capture spectacular shots! #drone accessories #ActionCam #camera mount #STL file #3D print

The holder can also be purchased from me in physical form:

https://snippys-world.de/

The easiest way to print TPU is with a Direct Drive.

A very slow printing speed is recommended.

I myself (Mirco Swiss DD Extruder) have printed with the following settings:

Line width 0.2mm

Line width 0.4

Wall lines 0.4

Upper and lower lines 0.4

Thickness of first layer 0.3mm

Line width first layer 140%

Z-seam adjustment "User-defined"

Z-seam "back"

Filling density 100%

Temperature (Geeetech TPU) 210 degrees

Temperature pressure plate 60 degrees

Printing speed everywhere 15mm/s

Bottom layer speed 7.5mm/s

Movement speed max (for me 250mm/s)

Feedback control "off"

Combing mode "all"

As TPU can quickly cause clogging with a strong retraction, it should be deactivated. I myself have set a retraction of 0.8 mm on my Direct Drive. With a Bowden, everyone should determine this themselves!

As the pressure of TPU causes a very high stringing, you should have good ventilation. I have the cooling set to 100%.

Support structure:

Placement of the "touch print bed" support structure

Angle for overhanging support structure 67 degrees

Pattern of the support structure zigzag

Density of the support structure 20%

Supporting roof on

Supporting floor on

The holder can also be purchased from me in physical form:

https://snippys-world.de/