I am building a gyroscope for a project and need to know how much self righting torqu is created by different gyro sizes, RPM's, and disk weights.
ex: (x)lb (y)in gyro at (z) rpm's = (w)lb torqu
thx
I am building a gyroscope for a project and need to know how much self righting torqu is created by different gyro sizes, RPM's, and disk weights.
ex: (x)lb (y)in gyro at (z) rpm's = (w)lb torqu
thx
The gyro will be housed in a vacume sealed encloser and custom machined by a professional
I am well aware of the risks involved in building such a device and i'm not solving a problem I am just creating a vehicle that is unlike anything else.
I am asking for help designing the gyroscope for...
I am designing a large gyroscope to stabilize a moyorcycle type Vehicle. I have little enginering background so any help would be useful.
my gyro will probably be about 24in in diameter and 20lbs so how much torque would be produced at 6000-10,000 rpm? how is torque effected by weight, rpms, and...
