Inertial Navigation System

Model FG-980S High Accuracy Fiber Optic Inertial Navigation System The FG-980S inertial navigation system features exceptional accuracy with less than 0.1° heading error. This advanced system incorporates an embedded GNSS receiver and utilizes three high-accuracy single-axis closed-loop miniature Fiber Optic Gyros (FOGs) along with quartz accelerometers. Designed with compact dimensions, lightweight construction, and low power consumption, this system serves as an ideal

Model FG-1200-A/B High Performance FOG Inertial Navigation System The FG-1200 Fiber Optic Inertial Navigation System is a medium-precision inertial measurement unit that delivers high performance with cost-effectiveness. Utilizing model 120 interferometric fiber optic gyroscope and quartz flexible accelerometer as inertial sensors, this system provides real-time, high-precision three-dimensional attitude angles, carrier angular velocities, and instantaneous displacement data.

INEM-100 MEMS Type AHRS Free Maintenance Cost Effective Attitude and Heading Reference System Product Overview A cost-effective MEMS type Attitude and Heading Reference System designed for reliable performance with zero maintenance requirements, featuring compact design and excellent environmental suitability. Key Features Cost-effective MEMS sensors Full scale temperature compensation Good anti-vibration and anti-shock performance Excellent environmental suitability Small

CCS PTK-20 Underwater Pipeline Detecting Inertial Navigation System Introduction Regular pipeline inspection is essential for maintenance, requiring effective tools to detect damage such as deformation, corrosion, or leaks. Our PTK-20 Inertial Measuring System provides precise location determination for inspection tools, significantly reducing repair scope and costs through its high accuracy. Based on Inertial Navigation Technology and FOG technology, the PTK-20 integrates

Overview Laser gyroscope series include TYLG50, TYLG70 and TYLG90. The main characteristics of the gyroscope are compact, lightweight, high reliability, anti-shock and anti-vibration. Application It is applicable to the inertial navigation and attitude equipment for aircraft, vehicles, ships and medium and high-end industrial equipment. Characteristics Integrated packaging of optical path and circuit, simple structure and convenient installation;Compact, lightweight, easy

Overview Laser gyroscope series include TYLG50, TYLG70 and TYLG90. The main characteristics of the gyroscope are compact, lightweight, high reliability, anti-shock and anti-vibration. Application It is applicable to the inertial navigation and attitude equipment for aircraft, vehicles, ships and medium and high-end industrial equipment. Characteristics Integrated packaging of optical path and circuit, simple structure and convenient installation;Compact, lightweight, easy

Overview Laser gyroscope series include TYLG50, TYLG70 and TYLG90. The main characteristics of the gyroscope are compact, lightweight, high reliability, anti-shock and anti-vibration. Application It is applicable to the inertial navigation and attitude equipment for aircraft, vehicles, ships and medium and high-end industrial equipment. Characteristics Integrated packaging of optical path and circuit, simple structure and convenient installation;Compact, lightweight, easy

Introduction The TDLG06 laser gyroscope is a rugged inertial device developed for small and lightweight requirements. It is fully benchmarked against the GG1308 laser gyro and adopts the same design and process route. Feature 1,Good stability of scale factor 2,Strong resistance to shock overload 3,Insensitive to temperature and electromagnetism 4,Small volume, light weight, low cost Main technical indicators TDLG06 Low Precision Laser Gyroscope Maximum external dimensions (φ

TDS-3 HEADING COMPASS Ⅰ Overview The TDS-3 heading sub-compass is a new type of sub-compass, which is compact and can be installed in recessed, wall-mounted or desktop type. It can transmit the ship's heading indicated by the electric compass to any place on the ship where the ship's heading is needed, and it adopts the internal electronic technology and computer technology. If the electric compass signal is analogue, you can use our analogue-to-digital converter to convert

T D F -18 Bearing Repeater Compass Ⅰ Overview The TDF-18 b earing r epeater s compass is a new type of sub-compass, which is compact and can be installed in recessed, wall-mounted or desktop type. It can transmit the ship's heading indicated by the electric compass to any place on the ship where the ship's heading is needed, and it adopts the internal electronic technology and computer technology. If the electric compass signal is analogue, you can use our analogue-to-digital

TDD-5 Digital Repeater Compass: Compact marine compass with 0.1° accuracy, IP22 protection, and RS422/RS232 interface. Features analog/digital display with adjustable brightness for reliable heading transmission.

Cost-effective FG-300AH AHRS with international-grade durability. Features fiber optic gyros, 0.01° attitude accuracy, and operates in -40°C to +70°C. Ideal for marine, vehicle, and antenna stabilization applications.

Model DINS-100: High-precision dual-axis rotary laser gyro INS with 2nm/10d positioning accuracy, 0.005° attitude precision, and military-grade durability. Features autonomous calibration, full-temperature compensation, and excellent environmental adaptability for marine and missile applications.

TDL45C vehicle-mounted optical gyro system delivers ≤5m positioning accuracy with 15,000+ hours MTBF. Features ±400°/sec angular rate, -40℃ to 60℃ operation, and multiple navigation modes for military and industrial vehicles.

Multi-purpose LIMU-15 Laser Inertial Navigation System The LIMU-15 laser gyroscope inertial navigation system features a core inertial navigation unit comprising a three-axis type 30 laser gyroscope combined with a three-axis quartz flexible accelerometer. Key components include secondary power supply, navigational computer, current frequency conversion circuit, gyro control board, gyroscope, accelerometer, and mechanical structure. System Capabilities Provides real-time

TDF121A Universal Marine Fiber Optic Inertial Navigation System High reliability marine inertial navigation system with stable performance for demanding maritime applications. Product Overview This universal marine laser inertial navigation system (INS) incorporates laser gyros and quartz flexure accelerometers as core sensing devices. Utilizing a strapdown inertial navigation system framework with high-speed internal advanced navigation software, it delivers real-time

High Reliability Model TDF71A Universal Marine Fiber Optic Inertial Navigation System This all-purpose marine laser inertial navigation system (INS) features laser gyros and quartz flexure accelerometers as its core sensing components. Adopting a strapdown inertial navigation system structure, it incorporates advanced navigation software that operates at high speeds internally to deliver real-time navigation data. Application Scope Suitable for small- and medium-sized

Model TDF62A Universal Marine Fiber Optic Inertial Navigation System This advanced marine laser inertial navigation system (INS) utilizes laser gyros and quartz flexure accelerometers as core sensing components. Built on a strapdown inertial navigation system architecture, it features high-speed internal navigation software for real-time data delivery. System Overview The product offers multiple operational modes including standalone inertial navigation, inertial/satellite

Stable Performance Model TDF61A Universal Marine Fiber Optic Inertial Navigation System This universal marine laser inertial navigation system (INS) utilizes laser gyros and quartz flexure accelerometers as core sensors. Employing a strapdown inertial navigation system architecture with advanced navigation software running at high speed, it provides real-time navigation information. The system supports multiple operating modes including purely inertial navigation, inertial

High-performance GLR-90M Type Gyro Compass and Inertial Navigation System The GLR-90M Type Gyro Compass and Inertial Navigation System is a high-performance inertial navigation unit based on strap down digital ring-laser-gyro technology. Utilizing three single-axis Type-90 ring laser gyroscopes and quartz flexible accelerometers, this system delivers accurate data even in harsh combat situations. Key Characteristics Advanced ring laser gyro technology Combat proven reliabilit