With our partners AES. This is a great way to really quantify performance!
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With our partners AES. This is a great way to really quantify performance!
You need to be a member of diydrones to add comments!
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Electronic (digital) image stabilization only has some hard limits that you cannot get around, like motion blur caused by quick camera movements. The best approach is a hybrid system where you combine optical (mechanical) and electronic stabilization. Typically found in the semi-pro range of camcorders.
mP1, I have a Sony AS100V camera, that does do electronic image stabilization internally. It does work. Sort of. It helps, but it's not perfect. You still need a good gimbal.
I like it!
a 3 axis tarot would be great!
Nice Navoni, you are right, high frequency vibration , high centripetal and centrifugal acceleration are the most important point in a good gimbal controller.
What are the model of those high speed linear actuators?
Are they electric or pneumatic actuators?
Ben, yes, there is a coordinate system on the other wall and machine vision algorithms used to collect all the performance data. We didn't want to show all our secrets!
Sure nice , but don't enought you don't have important variable as : high frequency vibration , high centripetal and centrifugal acceleration , HIT and wind simulation .
The better way for doing this kind of simulation is to use an ABB robot
https://www.youtube.com/watch?v=bxbjZiKAZP4
https://www.youtube.com/watch?v=92Ye2Q8U-rY
Our new gimbal and imu technology will be tested with this kind of robot.
best
Roberto
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