The work objective is the development and validation of a new type micromechanical gyroscope which allows maintaining the transformation of angular rotation velocities of the supporting base into electrical signals simultaneously about two rotation axes. A new micromechanical gyroscope that both preserves positive qualities of the known Russian and foreign analogues, and differs in its enhancement due to converting the angular rotation velocities of the supporting base into electrical signals simultaneously about two rotation axes, is proposed and described. The presented technical solution is protected by the Russian Federation patent for invention in 2015. The proposed gyroscope can be applied in the navigation systems, reference systems, control systems of various mobile objects in the aviation, rocket and space technology, robotics, instrumentation, tool engineering, transport, etc.