Quote:
Originally Posted by Ether
Sorry, I can't untangle that sentence.
A spinning motor with its leads shorted generates braking torque proportional to its speed. In fact, the braking torque follows the motor's speed-torque curve... with the stall torque and zero swapped, of course: at zero speed there is zero braking torque, and at rated free speed the braking torque is the same as the rated stall torque.
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Sorry about that.
The order of events which I was trying to express are:
- Our robot's sitting still.
- Another robot begins to push our robot.
- The other robot which is geared to push better then our robot over powers our motors
- We get pushed backwords
At this point are our motors broken or not?
Based on Jeffys response:
Quote:
Your motors would have to reach free speed and in that case, you are already being pushed faster than your motors maximum speed.
BRAKE mode won't BREAK your motors, and it won't keep you from being pushed, but it will drive a little bit different, and resisit slight bumps from other robots.
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It does not seem that we will have to fear about our motors breaking.
Thank you for all of the help.