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CN
Space-time Perception expert,
Leader in the field of High-precision Positioning
I-NAV Technology Co., Ltd. is the only enterprise in the world that develops, produces, and sells its leading production line of high-standard fiber optic gyroscopes and inertial measurement units, as well as a new generation of optical device R&D platform. It has accumulated a lot in optical core devices, inertial navigation algorithms, and other technologies, and obtained several core technology patents. The core founder and team of I-NAV Technology Co., Ltd. have a profound R&D background and have accumulated more than 20 years of experience in the fields of fiber optic gyro, laser radar, and optical devices, which has laid a solid foundation for the company's technological innovation and product upgrade. At present, I-NAV products have reached the industry top level in precision coverage, providing cost-effective and high-precision positioning services for mobile carriers such as autonomous driving systems, robots, aircraft and ships, as well as surveying and mapping, geographic information system (GIS) data collection and other fields. As a global leader in inertial navigation technology, I-NAV pioneered and realized the revolutionary integrated inertial navigation technology of fiber optic gyroscope and MEMS, which successfully broke through the limitations of traditional inertial navigation technology. This technology perfectly combines high-precision fiber optic gyroscope with MEMS, achieving the dual advantages of high precision and low cost. In the future, I-NAV will continue to increase investment in R&D and innovation. Adhering to the tenacious spirit of "Persistence is the key to success", and adhering to the R&D of core technologies, we will contribute to the prosperity and innovation of the inertial integrated navigation and device industry in China. Mission: Make positioning more accurate, make driving smarter, and make the world safer Vision: The world's leading provider of high-precision fiber optic gyro and inertial navigation

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    From Key Components, to Inertial Measurement Unit(IMU) to Integrated Navigation System

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    Extensive Practical Experience in Development Design, Operation Management, Market Development, Customer Service & Other Aspects

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    Rapid Realization of Mass Prodution and Customisation for our Clients

 High-Precision Positioning for Every Corner of the World
Make Life Better

Core Patent

20+
Items

Product

  • TLH-INS-A Vehicle-mounted Positioning and Directional Navigation System
  • TLH-INS-J Airborne Strapdown Inertial Navigation System
  • TLH-M Integrated Navigation Module
  • TLH-IMU Inertial Measurement Unit
  • TLH-INS-K Mining truck Positioning and Directional Navigation System
  • TLH-INS-600M-21A

    Fiber Optic Gyro Positioning andOrientation Navigation System

    The TLH-INS-A vehicle-mounted positioning and orientation navigation system is an inertial navigation device based on domestically produced high-precision fiber optic gyroscope/MEMS gyroscope and quartz flexible meter/MEMS meter. It can be integrated with multiple sensors such as odometer and altimeter to achieve integrated navigation. It can autonomously, in real-time, and continuously provide high-precision position, velocity, heading, attitude angle, and other information to the carrier, meeting the high-precision positioning and orientation needs of various land carriers.

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    Application field

    Mining trucks

    Heavy Duty AGV

    All kinds of emergency vehicles

    All kinds of special vehicles

    All kinds of low-speed unmanned vehicles



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  • TLH-INS-370D-26J

    Fiber Optic Gyro Strapdown Inertial Navigation System

    TLH-INS-J Airborne Inertial Navigation System is equipped with a self-developed three-axis fiber optic gyroscope and three-axis accelerometer (quartz/MEMS), which can be configured to receive external auxiliary positioning information or external GNSS receivers and other multiple sensors to achieve integrated navigation. It can well meet the requirements of long-term, high-precision, and high reliability navigation applications. The TLH-INS-J series can be widely used in various types of transport aircraft, unmanned aerial vehicles, and other flight control platforms.

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    Application field

    Photoelectric pod
    All kinds of UAVs
    All kinds of LEO satellites
    All kinds of underwater robots
    All kinds of unmanned ships

  • TLH-INS-350M-03J

    Fiber Optic Gyro Strapdown Inertial Navigation System

    TLH-INS-J Airborne Inertial Navigation System is equipped with a self-developed three-axis fiber optic gyroscope and three-axis accelerometer (quartz/MEMS), which can be configured to receive external auxiliary positioning information or external GNSS receivers and other multiple sensors to achieve integrated navigation. It can well meet the requirements of long-term, high-precision, and high reliability navigation applications. The TLH-INS-J series can be widely used in various types of transport aircraft, unmanned aerial vehicles, and other flight control platforms.

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    Application field

    Navigation and positioning of self-driving vehicles

    Unmanned mining trucks

    Railway & high-speed rail


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  • TLH-IMU-600M-31A

    MEMS Inertial Measurement Unit

    The TLH-IMU series inertial measurement unit is an inertial measurement device based on domestically produced high-precision fiber optic gyroscopes and quartz flexible accelerometers. It can measure and output real-time angular velocity and linear acceleration signals in the three axes of the carrier, as well as three-dimensional attitude information. This series of products has the characteristics of high precision, small size, light weight, and low power consumption. It can be widely used in application scenarios such as drones, aerospace, aviation, etc.

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    Application field

    Control system Follow-up system UAV, unmanned vehicle strapdown attitude system


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