Navigation Systems

High-precision, large-range inertial navigation-grade accelerometer

A lithium niobate optical chip integrating essential components like a polarizer, splitter, and phase modulator for advanced applications

A mini lithium niobate optical chip designed for compact systems, integrating essential components while ensuring high performance and reliability

High-performance MEMS accelerometers with superior stability and precision for demanding industrial and navigation applications

Advanced MEMS gyroscopes offering multiple measurement ranges with superior stability and precision for demanding applications

High-performance MEMS IMU combining gyroscopes, accelerometers, and inclinometers in a compact design

Single-axis, high-reliability quartz MEMS accelerometer with digital output, compact size, and robust performance.

Single-axis, high-reliability quartz MEMS gyroscope with dual-tine fork structure, digital output, and robust performance.

High-reliability quartz MEMS inertial measurement unit (IMU), integrates 3-axis gyroscope and 3-axis accelerometer, suitable for aerospace, navigation, and industrial control.

Domestic high-precision MEMS inclinometer, composed of three single-axis accelerometers, capable of measuring horizontal attitude angles, suitable for railway, construction, and mechanical industries.

High-performance, navigation-grade accelerometer for aerospace, industrial, and defense applications

High-performance MEMS accelerometers with advanced stability control and precise measurement capabilities

Advanced MEMS gyroscopes featuring exceptional stability and precision for high-performance angular rate measurement applications

A highly compatible alternative to ADIS16495, featuring precision tactical-grade 6DoF inertial measurement

Single-axis, high-reliability quartz MEMS gyroscope with dual-tine fork structure, digital output, compact size, and robust environmental adaptability.

High-reliability quartz MEMS inertial measurement unit, integrates 3-axis gyroscope and 3-axis accelerometer, suitable for navigation, aerospace, robotics, and industrial control.

High-reliability MEMS inertial navigation system, integrates 3-axis quartz MEMS gyroscope, 3-axis MEMS accelerometer, signal processing and navigation software, suitable for aerospace, mechanical control, exploration, marine, and port applications.

High-performance inertial sensor optimized for compact aerospace, defense, and industrial applications

A 1550nm lithium niobate optical chip with ultra-high extinction ratio, integrating essential optical components for advanced applications

High-performance analog MEMS accelerometers with multiple measurement ranges, offering superior stability and reliability for precision sensing applications

High-precision 10DoF IMU integrating gyroscopes, accelerometers, magnetometers, and barometric pressure sensor

Single-axis analog quartz MEMS gyroscope, high reliability, fast response, wide measurement range, suitable for attitude measurement and stabilization platforms.

Compact, high-reliability 6-DOF MEMS inertial sensor, integrates 3-axis quartz MEMS gyroscope and 3-axis MEMS accelerometer, suitable for navigation, motion tracking, and stabilization.

Compact, cost-effective AHRS, integrates six-axis quartz MEMS IMU, three-axis magnetic sensor, and signal processing circuits, suitable for industrial equipment, gimbals, and platforms.

Miniaturized, high-precision, large-range inertial tactical & navigation-grade accelerometer with excellent stability, repeatability, and reliability

A 1550nm lithium niobate optical chip with low half-wave voltage, integrating key optical components for advanced applications

Analog output MEMS accelerometers offering excellent bias stability, low noise, and robust temperature performance for demanding applications

High-precision, tactical-grade MEMS gyroscope for demanding inertial applications

High-performance dual-axis MEMS gyroscope with ±300°/s measurement range, featuring superior zero bias stability (≤1°/h) and excellent scale factor characteristics

High-performance MEMS IMU with integrated three-axis gyroscope and accelerometer

Single-axis SPI quartz MEMS gyroscope, compact, high reliability, fast response, suitable for attitude measurement and stabilization platforms.

Three-axis quartz MEMS gyroscope and accelerometer integrated IMU, high reliability, compact, for navigation and industrial applications.

High-reliability MEMS inertial/GNSS integrated navigation system with single-antenna GNSS, featuring high-precision differential positioning, orientation, and ranging capabilities.

High-precision inertial navigation-grade sensor renowned for exceptional long-term stability, repeatability, and high reliability

Advanced three-axis MEMS gyroscope module featuring ±400°/s measurement range with superior zero bias stability and comprehensive signal processing capabilities

Advanced 6-DOF MEMS IMU integrating three-axis gyroscope and accelerometer, featuring superior zero bias stability, excellent scale factor characteristics, and outstanding shock resistance capable of withstanding environments exceeding 10000g

Digital output single-axis quartz MEMS gyroscope series, high reliability, fast response, suitable for attitude measurement and stabilization.

High-reliability dual-antenna MEMS inertial/GNSS integrated navigation system, featuring high-precision differential positioning, orientation, and ranging capabilities.

High-precision, high-range inertial navigation-grade accelerometer featuring excellent stability, repeatability, and reliability for applications up to 100g

Advanced MEMS IMU integrating gyroscope (±4000°/s) and accelerometer (±30g), offering multi-level performance options, exceptional stability, and robust design specifically engineered for demanding applications requiring shock resistance above 10000g

Dual-axis quartz MEMS gyroscope series, high precision, high reliability, suitable for attitude measurement and stabilization.

Advanced quartz pendulum components featuring precise dimensional control and superior metallization for accelerometer applications

Advanced MEMS micro-IMU integrating three-axis gyroscope (±3600°/s) and three-axis accelerometer (±20g), featuring superior stability and precision performance

Dual-axis quartz MEMS gyroscope, high precision, high reliability, suitable for navigation, attitude measurement, and stabilization.

Advanced 9-DOF MEMS IMU integrating three-axis gyroscope, accelerometer, and magnetic sensor, featuring exceptional stability and comprehensive motion sensing capabilities

Tri-axis quartz MEMS gyroscope, featuring ultra-low noise, exceptional bias stability, and superior environmental adaptability. Designed for aerospace, navigation, and high-end industrial applications.

Tri-axis quartz MEMS gyroscope, featuring compact design, fast startup, and robust reliability. Ideal for autopilots, stabilized platforms, guidance systems, and industrial applications.

Ultra-high precision gyroscopic theodolite with advanced automation for professional surveying and precise azimuth determination

Professional gyro theodolite series offering reliable azimuth determination and precise angle measurement for various surveying applications

Standard-precision fiber optic sensing coils with fine-diameter fiber design and UV-cured coating for fiber optic gyroscope applications

High-precision fiber optic sensing coils with advanced winding technology and exceptional stability for demanding navigation and measurement applications

Medium-precision fiber optic sensing coils with advanced winding technology and superior temperature stability for demanding applications

Specialized custom-shaped fiber optic coils with flexible design options to meet unique application requirements

High-reliability 980nm pump laser module optimized for fiber optic gyroscope applications

Advanced ASE light source offering multiple spectral profiles for fiber optic gyroscope applications

Advanced ceramic-packaged PIN-FET photodiode modules with superior noise performance and high reliability for precision fiber optic sensing applications

High-performance metal-packaged PIN-FET photodiode modules featuring low noise voltage and high sensitivity for fiber optic gyroscope applications

High-performance hybrid optical component integrating WDM and isolator functions for FOG applications