DmdSeeker
Because you, and only you, know it makes sense:
http://www.gearfuse.com/digital-barb...mans-get-buff/
Because you, and only you, know it makes sense:
http://www.gearfuse.com/digital-barb...mans-get-buff/
Looks like gyroscopic action to me. The weight won't increase, but the faster the balls spin, the more they will resist being moved.
http://www.youtube.com/watch?v=TSC6e2e5lQw
Good hunting,
Cajun76
Check it, bleed. Bro... was on! Didn't trip. But the folks was freakin', man. Hey, and the pilots were laid to the bone, Home. So Blood hammered out and jammed jet ship. Tightened that bad sucker inside the runaway like a mother. Sheet. - Airplane II
Isn't the PowerBall based on the same concept?
powerball is a gyro but this is totally different
i dont know what to say
Problem is that a spinning object will not resist being moved as long as its axis is allowed to keep the direction - i.e. as long as there is no torque on the axis. Spinning objects resist changing the direction of axis - the faster the rotation the more they resist.Originally posted by Cajun76:
Looks like gyroscopic action to me. The weight won't increase, but the faster the balls spin, the more they will resist being moved.
Like Cajun said it's nothing more than gyroscopic action and, like TT said, it will only resist a change in the direction of axis, not get any heavier. It's very simple and probably only generates a few pounds of resistance unless the gyro(s) spin at VERY high RPM.
--Outlaw.
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