Vertical Gyroscopes Turn Practical Algorithms Into Practical Value.

Vertical gyroscope products are very cost-effective, which is an instrument for inertial measurement with high frame performance and low price. It is mainly used to measure the attitude parameters (roll and pitch), angular velocity and acceleration information of the motion carrier.

Vertical gyroscope definition

The vertical gyro is a high performance solid state gyro for UAV control, avionics and platform stabilization. The highly reliable inertial subsystem provides attitude measurement with higher static accuracy and dynamic accuracy than conventional vertical gyros. The basic functions of a vertical gyroscope are sensitive angular displacement and angular velocity. There are a wide range of applications in aviation, marine, aerospace, weapons and other fields.

In aviation, the gyroscope is used to measure the attitude angle (pitch angle, roll angle, heading angle) and angular velocity of the aircraft, becoming an important instrument for flying driving. Flight control systems such as autopilots and automatic stabilizers are based on the measurement of these parameters to achieve automatic control or stability of the aircraft, and thus the gyroscope is an important component of the flight control system.

Principle and algorithm of vertical gyroscope

Vertical gyroscope features high performance sensors including micro silicon storage accelerometers and low noise, improved drift stability gyroscopes. The gyroscope uses the latest fiber rate gyro technology to greatly improve system performance, reliability and timeout stability. The vertical gyro calculates its roll and pitch by integrating the angular rate sensor, and the adaptive vertical setting algorithm compensates for errors caused by the gyro drift.