Thanks, but is there a formula that links the revs/min of the rotor of the gyroscope to the torque?
T = I \alpha
T = \frac{mr^2}{2} \times \frac{\omega}{t}
\omega = \frac{2 \pi R}{60}
T = \frac{mr^2 \pi R}{60t}
where R = revs/min, r = radius, m = mass, ω = angular velocity, t =...