by bauermech » Sun Dec 02, 2007 4:08 am
by bauermech
Sun Dec 02, 2007 4:08 am
The PG-03 gyros sense only the initial change in momentum (a push or pull). If your robot is static (say, tilted forward w/o any change in degree), no copensation will be processed. The harder the push or pull, the greater the reaction (typically in the leg and/or knee servos). Because of the way they're set up, enabled gyros tend to make the robots "fish-out" while flipping or falling on their face/back. They do not trigger a routine to stand.
With a tilt sensor, the value sent is referenced from the constant pull of gravity perpendicular to the ground. If your robot is tilted forward and static, the sensor is still aware it's tilted at an angle. So if he's on his stomach, you can trigger a routine to return him to an upright position.
Having both is nice.
The PG-03 gyros sense only the initial change in momentum (a push or pull). If your robot is static (say, tilted forward w/o any change in degree), no copensation will be processed. The harder the push or pull, the greater the reaction (typically in the leg and/or knee servos). Because of the way they're set up, enabled gyros tend to make the robots "fish-out" while flipping or falling on their face/back. They do not trigger a routine to stand.
With a tilt sensor, the value sent is referenced from the constant pull of gravity perpendicular to the ground. If your robot is tilted forward and static, the sensor is still aware it's tilted at an angle. So if he's on his stomach, you can trigger a routine to return him to an upright position.
Having both is nice.