Here is the video flight test of the gimbal. There is a light "tilt" on the forward/backward movement due to the accelerometer cable under the gopro (too tight i think)
Ok, thanks for your comments... but i think it works!, i've made 3 or 4 flights with this config and i'm about to mount a video to show you the results. My purpose of that config is to transport easily the quad by plane or boat so i'have to put it in a waterproof case, under 10kgs with size restrictions...and without 1h of setup...
I would suggest that you build a tower in the center of your quad. From the tower extend a rod forwards, towards the front. From the rod hang your gimbal. This way the camera + gimbal wont hit the ground if you have a hard landing. The benefit of the tower is you can also lift your gps + compass + rx away from emi from your battery etc.
@Steve - yes, in my opinion that's the wrong way to use those dampers.
As it happens I'm just mounting my design to a 450 frame. Looks good so far.
Parts 3D printed, uses RC-Timer motor for roll axis and a self-wound motor for pitch control. The design will also accommodate an i-Power 3508 yaw motor but this is yet to be fitted. The EvvGC controller works well in early trials.
Comments
Here is the video flight test of the gimbal. There is a light "tilt" on the forward/backward movement due to the accelerometer cable under the gopro (too tight i think)
https://www.youtube.com/watch?v=Y9L2oickdB0
Ok, thanks for your comments... but i think it works!, i've made 3 or 4 flights with this config and i'm about to mount a video to show you the results. My purpose of that config is to transport easily the quad by plane or boat so i'have to put it in a waterproof case, under 10kgs with size restrictions...and without 1h of setup...
i show you the results quickly....i promise!
I would suggest that you build a tower in the center of your quad. From the tower extend a rod forwards, towards the front. From the rod hang your gimbal. This way the camera + gimbal wont hit the ground if you have a hard landing. The benefit of the tower is you can also lift your gps + compass + rx away from emi from your battery etc.
@Steve - yes, in my opinion that's the wrong way to use those dampers.
As it happens I'm just mounting my design to a 450 frame. Looks good so far.
Parts 3D printed, uses RC-Timer motor for roll axis and a self-wound motor for pitch control. The design will also accommodate an i-Power 3508 yaw motor but this is yet to be fitted. The EvvGC controller works well in early trials.
Here's the design:
Seems like the weight if the gimbal + gopro would be pulling on those dampeners a lot. I have tried a similar setup before.