GNSS signals are recaptured in a shorter time! GNSS+IMU hybrid sensor equipped with a high-precision FOG gyro.
The "CNS-5000" is a GNSS+IMU hybrid sensor equipped with an FOB-based IMU, achieving excellent stability and reliability. Thanks to deep coupling technology, it continuously outputs stable position, velocity, and attitude data even in challenging environments where GNSS signal reception is difficult or interrupted. Additionally, we also offer the "1725/1750/1775 IMU," which incorporates three MEMS accelerometers. 【Features】 ■ Equipped with an FOB-based IMU, achieving excellent stability and reliability ■ Continuous high-precision positioning possible through dead reckoning even when GNSS signals are interrupted ■ Outputs measurement data for position, velocity, and attitude at a data update rate of 100Hz ■ Supports RTK positioning, L-band PPP services, and SBAS ■ By utilizing IMU data, GNSS signals can be reacquired in one-fifth of the conventional time *For more details, please refer to the PDF document or feel free to contact us.
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【Features of 1725/1750/1775 IMU】 ■ A series of FOG-based IMU products with excellent stability and reliability ■ Three MEMS accelerometers built into each unit ■ High-precision data output for 6 degrees of freedom angular velocity and angular acceleration ■ Outputs attitude measurement data with a maximum data update rate of 1000Hz ■ Lightweight and compact design for flexible system integration with a wide range of applications *For more details, please refer to the PDF document or feel free to contact us.
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【Purpose】 ■ Control of the behavior of a wide variety of moving bodies and navigation using GNSS - Aerial surveying, geodesy, surveying, 3D mapping - Automobiles, robots, precision agriculture, unmanned helicopters, drones, unmanned aircraft *For more details, please refer to the PDF document or feel free to contact us.
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Everything is becoming connected to the internet. Cars and robots are autonomously operating as if it is the norm. We are heading towards an era where the location and time of everything connected to the internet are required with high precision. We aim to contribute to society by merging satellite positioning technology and mobile technology to create new businesses and services related to location and time, becoming a "spatiotemporal information service innovator."