Thanks! We use a double ratchet system β when the motor spins forward, the flywheel engages and the indexer disengages; when the motor spins backward, the flywheel disengages and the indexer engages, which is when the discs get shot. But, when the motor spins backward, the flywheel continues to spin at nearly the same speed it was at before because of its high moment of inertia. Let me know if that makes sense!
Interesting, so the shooter and indexer share a motor. I am surprised that there are no significant tradeoffs with the shooter. But the robot can obviously take three quick, consistent shots without the third shot falling short. The flywheel must be heavy.