So, I was recently at an REI garage sale here in Seattle. If anyone of you know how these work, basically they are a big event held every 3 months or so where REI opens their doors to the public on returned items. At the most recent event, I was able to pick up a 3DR gimbal for $40. The reason for return was that the item "pointed straight down and did not work". Knowing what I know about wires touching the motors and proper usage of the counter weights, I figured what the heck and purchased it anyways. Turns out that when mounted up to my 3DR it actually works perfect. No issues or whatever. So I asked myself, what are the possibilities.
Here is what I want to do:
I want to take the gimbal and 3D Print a grip that holsters the entire thing so that I basically have a hand held gimbal for shots on the ground.
What I know:
The gimbal receives commands for aiming as you use the trigger to aim the angle of the gimbal. The board also provides power to the gimbal.
How I am hoping this will work:
I am hoping that I can figure out the operating voltage and amperage. create a wiring harness that provides the correct juice. And mount a battery. My thoughts on this is that the 3 gyros used to provide the steady actuation are all onboard the gimbal itself and minus 0-90 degree control, should keep the gimbal just pointed straight if I just provide power.
Please comment on this and tell me what you think! ORRR if you have seen this, please post a link!
Thank you,
Keegan
Here is what I want to do:
I want to take the gimbal and 3D Print a grip that holsters the entire thing so that I basically have a hand held gimbal for shots on the ground.
What I know:
The gimbal receives commands for aiming as you use the trigger to aim the angle of the gimbal. The board also provides power to the gimbal.
How I am hoping this will work:
I am hoping that I can figure out the operating voltage and amperage. create a wiring harness that provides the correct juice. And mount a battery. My thoughts on this is that the 3 gyros used to provide the steady actuation are all onboard the gimbal itself and minus 0-90 degree control, should keep the gimbal just pointed straight if I just provide power.
Please comment on this and tell me what you think! ORRR if you have seen this, please post a link!

Thank you,
Keegan