VIBROROTOR DYNAMICALLY ADJUSTED GYRO AS A METER FOR CONSTRUCTION OF SMALL-SIZE PLATFORMLESS INERTIAL NAVIGATION SYSTEMS

The possibility of constructing small-size multicomponent meters of an gular velocities and angular and linear accelerations implementing the principle of measurement in the rotating system of coordinates, which allows one to obtain good metrological characteristics by devices of small-size design, is shown. The analysis of processes of measurement and transformation in the vibrorotor dynamically adjusted gyros, which determines the dynamic properties of measurement channels, is conduct ed. The possibility of using multicomponent vibrorotor dynamically adj usted gyros in an acrobatic system of flying vehicles and in the platf ormless inertial navigation systems is shown.