G-R90

The G-R90 laser gyroscope primarily consists of a Model 90 laser gyro, a gyro control board, and a housing. It boasts advantages such as quick start-up, a wide dynamic range, excellent stability, stable scale factor, shock and vibration resistance, high reliability, and a long lifespan. The main components include: Model 90 laser gyro, gyro control board, and mechanical structure. Key functions and product features: ⚪  It can measure angular velocity information in real-time; ⚪  It starts quickly, utilizing high-voltage starter control to rapidly ignite the gyroscope and enhance its ability to quickly output angular motion; ⚪  High bandwidth, capable of detecting angular motion under high dynamic conditions; ⚪  The scale factor is stable, and the use of advanced manufacturing processes and temperature compensation technology greatly enhances its stability; ⚪  Wide operating temperature range, with a product operating temperature of -40~+70℃, meeting the needs of most application scenarios; ⚪  Resistant to shock and vibration, the laser gyro is a solid-state inertial sensor that does not require a supporting structure and exhibits strong resistance to shock and vibration; ⚪  Long service life, proven reliability and robustness.

The G-R30 laser gyroscope primarily consists of a Model 30 laser gyro, a gyro control board, and a housing. It boasts advantages such as quick start-up, a wide dynamic range, excellent stability, stable scale factor, shock and vibration resistance, high reliability, and a long lifespan. The main components include: Model 30 laser gyro, gyro control board, and mechanical structure. Key functions and product features: ⚪  It can measure angular velocity information in real-time; ⚪  It starts quickly, utilizing high-voltage starter control to rapidly ignite the gyroscope and enhance its ability to quickly output angular motion; ⚪  High bandwidth, capable of detecting angular motion under high dynamic conditions; ⚪  The scale factor is stable, and the use of advanced manufacturing processes and temperature compensation technology greatly enhances its stability; ⚪  Wide operating temperature range, with a product operating temperature of -40~+70℃, meeting the needs of most application scenarios; ⚪  Resistant to shock and vibration, the laser gyro is a solid-state inertial sensor that does not require a supporting structure and exhibits strong resistance to shock and vibration; ⚪  Long service life, proven reliability and robustness.

The G-R50 laser gyroscope primarily consists of a Model 50 laser gyro, a gyro control board, and a housing. It boasts advantages such as quick start-up, a wide dynamic range, excellent stability, stable scale factor, shock and vibration resistance, high reliability, and a long lifespan. The main components include: Model 50 laser gyro, gyro control board, and mechanical structure. Key functions and product features: ⚪  It can measure angular velocity information in real-time; ⚪  It starts quickly, utilizing high-voltage starter control to rapidly ignite the gyroscope and enhance its ability to quickly output angular motion; ⚪  High bandwidth, capable of detecting angular motion under high dynamic conditions; ⚪  The scale factor is stable, and the use of advanced manufacturing processes and temperature compensation technology greatly enhances its stability; ⚪  Wide operating temperature range, with a product operating temperature of -40~+70℃, meeting the needs of most application scenarios; ⚪  Resistant to shock and vibration, the laser gyro is a solid-state inertial sensor that does not require a supporting structure and exhibits strong resistance to shock and vibration; l  Long service life, proven reliability and robustness.

The G-R70 laser gyroscope primarily consists of a Model 70 laser gyro, a gyro control board, and a housing. It boasts advantages such as quick start-up, a wide dynamic range, excellent stability, stable scale factor, shock and vibration resistance, high reliability, and a long lifespan. The main components include: Model 70 laser gyro, gyro control board, and mechanical structure. Key functions and product features: ⚪  It can measure angular velocity information in real-time; ⚪  It starts quickly, utilizing high-voltage starter control to rapidly ignite the gyroscope and enhance its ability to quickly output angular motion; ⚪  High bandwidth, capable of detecting angular motion under high dynamic conditions; ⚪  The scale factor is stable, and the use of advanced manufacturing processes and temperature compensation technology greatly enhances its stability; ⚪  Wide operating temperature range, with a product operating temperature of -40~+70℃, meeting the needs of most application scenarios; ⚪  Resistant to shock and vibration, the laser gyro is a solid-state inertial sensor that does not require a supporting structure and exhibits strong resistance to shock and vibration; ⚪  Long service life, proven reliability and robustness.