Tuning for the Schuler Period of Primary Flight and Inertial Navigation Devices

Abstract

The article gives a review of operation of devices for measuring the spatial position of static and dynamic objects. Mechanical pendulums for determining the spatial position of an acceleratedly moving object with a disrturbed action and a classical solution for eliminating the perturbing inertial disrturbanse are considered. Variants of an universal-purpose pendulum undisrturbed under the disrturbanse of inertia force are presented, in which there is no need to adjust for the Schuler period.