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.

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-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-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-F3X35 fiber optic gyroscope is a low to medium precision, miniaturized tri-axis gyroscope, as shown in Figure 1. It has the advantages of small size, light weight, no moving parts, high reliability, and long service life. Its digital output is convenient for system integration and can be applied in fields such as aviation, aerospace, ships, weapons, coal mine measurement, and automotive electronics.

This product is an all-solid state angular rate measuring instrument based on the Sagnac effect, using a fully digital closed-loop modulation and demodulation scheme to measure the rotational angular rate of a carrier around its sensitive axis. This product can be combined with an accelerometer to form an IMU (Inertial Measurement Unit), which is assembled into the system and solved with algorithms to achieve the positioning and orientation function of the carrier.

The G-F98HD fiber optic gyroscope is a high-precision single axis closed-loop fiber optic gyroscope, which is structurally packaged with an optical system and a circuit system. It has stable and reliable performance, simple and convenient installation, and the gyroscope can be powered by a power cable and receive gyroscope output data through a signal cable. This product can be used in fields such as aviation, aerospace, shipbuilding, automotive electronics, etc.

As a new type of all-solid-state gyroscope, the fiber optic gyroscope has the advantages of fast start-up, wide measurement range and high reliability. Among them, the G-F3G70 fiber optic gyroscope inertial group is designed for medium and high precision application backgrounds. It adopts three-axis common technology and split design, with low cost and stable performance. The structure adopts optical path and circuit integrated packaging, with simple structure and easy installation. It can be used in navigation guidance, attitude measurement and control systems of small missiles and guided bombs.

Fiber optic gyroscope, as a new type of all solid state gyroscope, has the advantages of fast start-up, wide measurement range, and high reliability. Among them, the G-F3X112 fiber optic gyroscope inertial unit is designed for the needs of medium and high precision application backgrounds, using three-axis shared technology, with low cost and stable performance; Structurally, it adopts integrated packaging of light path and circuit, with a simple structure and convenient installation. It can be applied to navigation guidance, attitude measurement and control systems of small missiles and guided bombs.

Fiber optic gyroscope, as a new type of all solid state gyroscope, has the advantages of fast start-up, wide measurement range, and high reliability. Among them, the G-F3G90 fiber optic gyroscope inertial unit is designed for the needs of medium and high precision application backgrounds, using three-axis shared technology, with low cost and stable performance; Structurally, it adopts integrated packaging of light path and circuit, with a simple structure and convenient installation. It can be applied to navigation guidance, attitude measurement and control systems of small missiles and guided bombs.

As a new type of all-solid state gyro, fiber optic gyroscope has the advantages of fast start, wide measurement range and high reliability. G-F2X70 dual-axial medium precision fiber optic gyroscope can be applied to the on-board stability platform, guide head, crane bin and other fields. The specification is only applicable to G-F2X70 type products, including performance indicators, technical conditions, external dimensions and installation and use. Among them, the technical conditions include the environmental range, electrical performance and physical characteristics of the product.

As a new type of all-solid state gyro, fiber optic gyroscope has the advantages of fast start, wide measurement range and high reliability. G-F2X64 dual-axial low precision fiber optic gyroscope can be applied to the on-board stability platform, guide head, crane bin and other fields. The specification is only applicable to G-F2X64 type products, including performance indicators, technical conditions, external dimensions and installation and use. Among them, the technical conditions include the environmental range, electrical performance and physical characteristics of the product.