0 a part of a machine that spins, especially the device supporting the turning blades of a helicopter
The y = 2.65 cm results came from rotor measurements alone.
We then go on to compute the rotor torques for traversing the proposed path.
To operate the device, one first has to spin the rotor with a pull of a string.
We can see that the phase did not change with higher speed and that rotor speeds above 1000 rad/s were achieved.
The rotor is a rotation transformation and the translator is a translation transformation.
Multi-dimensioned intertwined basin boundaries: basin structure of the kicked double rotor.
If it is not true, a larger gear reduction or a motor with a larger rotor inertia should be used.
These consist of torques applied to the wheels and the rotor.