Inertial Sensors Maker

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Dual-Antenna RTK GNSS/INS Integrated Navigation System | 1cm RTK | 0.1° Heading | 200Hz | Ethernet/CAN/RS232

I6000

The I6000 is a module - level MEMS integrated navigation system independently developed by Lins Technology. It incorporates a MEMS IMU (Inertial Measurement Unit) and a high - precision dual - antenna GNSS. Utilizing a multi - source Kalman filter fusion algorithm, it can provide continuous and reliable high - precision positioning and navigation information in complex environments. The product is widely applied in fields such as s6atellite communication, drones, surveying and mapping, and intelligent driving. Product Features ⚪ Support full-system multi-frequency points of BDS, GPS, GLONASS, Galileo and QZSS, and support the Beidou-3 satellite system ⚪ IMUs have calibrated in factory ⚪ Adaptive static/dynamic alignment ⚪ Configurable universal vehicle motion information (such as ODM) interface ⚪ Adaptive compensation for system installation errors and ODM scale errors ⚪ The horizontal position accuracy can be within 0.2%×D with GNSS outage① ⚪ Up to 32GB internal storage(optional) Application ⚪ Autonomous driving ⚪ Platform stability and control ⚪ Automated machinery ⚪ Robot control
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High-Precision North Finder for Precision Mapping in Harsh Environments

NF3000G

The NF3000G North Seeker is used for azimuth reference measurement of ground equipment. This manual is applicable to the daily use and maintenance of the NF3000G.
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North Finder NF7700 0.01° Accuracy Fog-Based True North Seeker

NF7700

The NF7700 north finder is primarily used for quickly and autonomously determining the true north direction, calculating and outputting the heading angle (the angle relative to true north). The north finder is an electromechanical integrated product, consisting of a fiber optic gyroscope, accelerometer, mechanical rotation control device, embedded computer, and mounting base. The north finder is an inertial measurement system that utilizes the gyro principle to measure the projection direction of the Earth's rotation angular rate on the local horizontal plane (i.e., true north direction).
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North Finder NF1500 Precision Attitude & Heading Measurement System

NF1500

The NF1500 north finder integrates a high-performance fiber optic gyroscope, MEMS gyroscope, and accelerometer. After precise factory calibration, it features high accuracy, light weight, stability, and reliability, making it suitable for portable attitude measurement, construction machinery, and other fields.
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Fog-Based North Finder NF1700 True North Seeker for Navigation and Surveying

NF1700

The north finder NF1700 is primarily used for quickly and autonomously determining the true north direction, calculating and outputting the heading angle (the angle relative to true north). The north finder is an electromechanical integrated product, consisting of a fiber optic gyroscope, accelerometer, mechanical rotation control device, embedded computer, and mounting base. The north finder is an inertial measurement system that utilizes the gyro principle to measure the projection direction of the Earth's rotation angular rate on the local horizontal plane (i.e., the true north direction).
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High-Performance Fiber Optic Gyroscope-Based Inertial Navigation System for Drone, Ship, and Airborne Applications Accurate, Reliable, and Robust

IF4010

This is the article for IF4010 related specific technical requirements for the FOG-40 type inertial measurement unit, which type of inertial measurement unit can be widely used in vehicle mounted, shipborne, airborne and other fields.
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The U16575 is a six-axis MEMS IMU with digital output SPI/UART, which can compatible with ADIS16575

U16575

Gyroscope Measurement Range (°/s):±500 Bias over Full Temperature Range (°/h, 1σ):100 Bias Stability (°/h, 10s Averaging):5 Bias Instability (°/h, Allan, Typ.):1 Bias Repeatability (°/h):5 Angular Random Walk (°/√h):0.2 Scale Factor Nonlinearity (ppm):150 Accelerometer Measurement Range (g):±20 Full-Temperature Bias (mg, 1σ):≤3（XY）≤6（Z） Bias Stability (μg, 10s Averaging):100 Bias Instability (μg, Allan, Typ.):30 Bias Repeatability (μg):30 Velocity Random Walk (m/s/√h):0.03 Scale Factor Nonlinearity (ppm, ±1g):200
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Quick-Deploy North Seeking Instrument for Field Use

NF3700

NF3700 is used to measure the relative angular velocity, linear acceleration signal and velocity of the carrier in inertial space, as well as the signal of height, position and attitude. This manual is applicable to the daily use and maintenance of NF3700 attitude instrument.
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Pressure-Proof Fog Ins High Precision Strapdown Inertial Navigation System Underwater 3000m

M5000

M5000 is a compact, lightweight, Pressure-Proof Fiber-Optic Strapdown Inertial Navigation System. It includes a three-axis high-precision fiber-optic gyroscope, high-precision quartz-flex accelerometer, a mobile mapping-grade multi-frequency GNSS receiver with standalone positioning capability, and an optional Doppler Velocity Log (DVL).
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High Accuracy M4000 Fiber Optic Ins Heading ≤0.2° Attitude ≤0.02° for Hydrographic Surveying

M4000

The satellite-aided M4000 (abbreviated as "M4000") is a fiber-optic strapdown inertial measurement unit. This M4000 can operate in two modes: integrated navigation (GPS integration, log integration) and undamped mode, outputting information such as attitude, position, velocity, and heave. ⚪ Scope of application: Marine surveying and mapping; Surface and underwater warships; ⚪ External sensors compatible with the product: GPS (single-ended or differential), with options for built-in GPS board or external GPS information input; DVL Doppler sensor.
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Maritime Mems High Precision Inertial Navigation Sensor Ship Attitude Heading Measurement

M2300

M2300 MEMS inertial navigation device can be used to measure motion parameters such as three-dimensional attitude, angular velocity, and acceleration of moving carriers.The device mainly consists of three orthogonal single axis high-performance MEMS gyroscopes, one three-axis MEMS accelerometer, and related power conversion, acquisition, and calculation circuit boards. The M2300 product adopts high-performance microprocessors and advanced dynamic calculation and EKF algorithms, which can effectively remove the interference of accelerometers under dynamic conditions and the accumulated drift error of gyroscopes. It can provide real-time key information required for ship maneuvering and other surface and underwater vehicles, such as the three-dimensional attitude angle (geographic heading angle, pitch angle, and roll angle), carrier angular velocity (azimuth angular velocity, longitudinal angular velocity, and lateral angular velocity), instantaneous displacement (heave, pitch and roll), and short-term high-resolution positioning data.
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High Performance Fiber Optic Gyroscope Compass Heading Accuracy ≤0.5° RS422/RS232

M1000

Fiber optic gyroscope compass is a new generation of strapdown compass system for civilian ships. It uses advanced fiber optic gyroscope and strapdown calculation technology to autonomously measure the ship's angular motion, and has the ability to continuously provide the carrier's heading, pitch, roll and other information to the outside world, providing basic information support for ship navigation at sea. Fiber optic gyro compasses have the advantages of long lifespan, maintenance free, short start-up time, low cost, and no need for regular replacement of gyro balls, which can completely replace traditional gyro compasses.
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