CHCNAV CGI-610 GNSS/INS Sensor

CHCNAV CGI-610 GNSS/INS Sensor

The CHCNAV CGI-610 GNSS/INS Sensor is a tightly coupled high-performance GNSS/INS system designed to provide robust positioning and attitude data in complex and obstructed environments. With advanced GNSS and MEMS IMU integration, this system ensures continuous, reliable, and high-precision real-time data.

Key Features:

Robust Positioning and Attitude: The 1408-channel GNSS combined with MEMS IMU technology offers continuous, reliable, and high-precision positioning and orientation data, even in environments where GNSS signals are obstructed.
High-Frequency Outputs: The CGI-610 supports data output up to 100 Hz, meeting the requirements of highly dynamic applications such as airplanes, trains, and cars. An optional external odometer sensor for terrestrial vehicles provides additional independent displacement and velocity measurements.
Extended Connectivity and Web Configuration: With rich hardware interfaces, the CGI-610 GNSS/INS ensures seamless integration in all applications. It supports accurate positioning and attitude from GNSS NTRIP/TCP corrections, fast and reliable RTK centimeter initialization, and offers serial ports, CAN, and low latency PPS output for broad compatibility.
High-Reliability Industrial Design: The CGI-610 is IP67 dust and water-resistant, vibration and shock-resistant, and protected against electrostatic discharge, ensuring reliable operation in harsh environments.

The CGI-610 GNSS/INS sensor is designed for high-precision navigation and positioning in demanding ground, marine, or aerial applications. It is particularly effective in urban canyons and other harsh environments where GNSS signals are easily lost. The tight integration of dual-antenna GNSS technology with an industrial-grade MEMS IMU, powered by CHCNAV algorithms, provides accurate hybrid position, attitude, and velocity data up to 100 Hz.

The CGI-610’s rugged and lightweight enclosure meets the highest protection standards, ensuring uninterrupted performance. It is ideal for 3D control and autonomous vehicle guidance applications, offering reliable and accurate navigation solutions in challenging environments.

Applications:

Surveying and Engineering
Machine Control and Construction
Mapping and Geospatial tasks
Infrastructure projects
Marine Construction
Autonomous Vehicles