The invention relates to a diamagnetic suspension vibration micro gyroscope in the technical field of micro electronmechanical. The diamagnetic suspension vibration micro gyroscope comprises a diamagnetic suspension oscillator, an upper stator, a lower stator, and horizontal detection drive electrodes, wherein the upper stator comprises an upper polar plate and an upper permanent magnet block; the lower stator comprises a lower polar plate and a lower permanent magnet block; the horizontal detection drive electrodes are circularly distributed in the same plane on the periphery of the diamagnetic suspension oscillator; the upper permanent magnet block of the upper stator is arranged on the upper part of the upper polar plate, and the lower permanent magnet block of the lower stator is arranged on the lower part of the lower polar plate; and all the electrodes are symmetrically distributed by taking the diamagnetic suspension oscillator as a center. The reference vibration of the diamagnetic suspension oscillator in certain frequency is taken as the working state; when vertical angular speed is input from the external, Coriolis force is generated to make the diamagnetic suspension oscillator displace to generate potential; therefore externally input angular speed is detected by detecting voltage signals on output electrodes. The diamagnetic suspension vibration micro gyroscope has the advantages of simple structure, simple processing technique, high precision, and low cost.