Використання гіроскопів: фізичні принципи орієнтації у просторі

Abstract

The role of gyroscopes as fundamental sensors for spatial orientation and motion tracking has been explored. The historical evolution of these devices is reviewed, from the prototypes of Foucault's gyroscope to modern MEMS technologies. The physical principles of gyroscopic effects, including precession and the Coriolis force, are analysed. Special attention is paid to the application of gyroscopes in tank cannons stabilization systems and mobile electronics. The design of vibratory MEMS sensors based on piezoelectric effects is described. The relationship between gyroscopes and accelerometers is highlighted as a key factor for high-precision navigation in drones and robotics.