The invention provides a non-contact type mechanical energy transmission test platform and a test method thereof. Transmission from a distance is realized by utilization of the superconducting flux pinning effect; namely, an invisible magnetic flux line captured by a superconductor is connected to a superconducting driving part and a permanent magnet follower, so that power and motion are transmitted; the test platform is mainly composed of a superconducting assembly, a permanent magnet assembly, a rotation speed sensor, a torquemeter and the like; the permanent magnet assembly is composed ofan even number of permanent magnet balls embedded in a circular disc at the driven shaft end; the force of rotary motion is provided for the superconducting driving part through a servo motor; the torquemeter connected with the driven shaft obtains the amplitude of the transmission torque; the amplitude of the transmission rotation speed is obtained through the rotation speed sensor; and an adjusting mechanism realizes clearance adjustment between the superconducting driving part and the permanent magnet follower. The non-contact type mechanical energy transmission mode provided in the invention is a mode of self-steady transmission from a distance; and mechanical energy transmission requirements on places, such as closed spaces, toxic substance stirring and high cleanliness requirement, can be satisfied.