The invention discloses a two-axis microgyroscope of a magnetostrictive solid oscillator, belonging to the field of micro electromechanical technique. The two-axis microgyroscope of the magnetostrictive solid oscillator comprises a solid oscillator, a lower stator, an upper stator and three magneto-dependent sensors, wherein the lower stator and the upper stator are used for driving the solid oscillator to vibrate; the lower stator and the upper stator are symmetrically arranged at the upper end face and the lower end face of the solid oscillator; and the three magneto-dependent sensors are respectively arranged at three sides of the solid oscillator, respectively sense an X-axial magnetic field change, a Y-axial magnetic field change, and a Z-axial magnetic field change of the solid oscillator, and output corresponding electric signals to correspondingly achieve measurement of the Y-axial input angular rate of the microgyroscope, measurement of the X-axial input angular rate and monitoring of Z-axial reference vibration. The microgyroscope disclosed by the invention simultaneously achieves coupling of drive vibration and detection vibration of the microgyroscope by the effect of coriolis acceleration by utilizing the solid oscillator of an overall magnetostriction material, can simultaneously measure the angular rate of double input shafts, is high in sensitivity and small in volume, and is manufactured by an MEMS (micro-electromechanical system) technique.