Boreas
Inertial and GNSS navigation sensorFibre-optic-gyroscope inertial navigation systems (Boreas A50/D50, D70/D90) with north-seeking gyrocompass for GNSS-denied navigation in marine, aerospace, defense, and space applications.
Advanced Navigation designs and manufactures inertial navigation systems, GNSS/INS sensors, acoustic positioning systems, and micro autonomous underwater vehicles for navigation in GPS-denied environments, serving marine, defense, aerospace, mining, and autonomous-vehicle applications.
Fibre-optic-gyroscope inertial navigation systems (Boreas A50/D50, D70/D90) with north-seeking gyrocompass for GNSS-denied navigation in marine, aerospace, defense, and space applications.
MEMS GNSS/INS sensor family (Certus, Certus Evo, Certus Mini N, Certus Mini D) providing position, velocity, acceleration, and orientation for marine, land, and robotic platforms.
Dual-antenna GNSS/INS heading and positioning sensor with RTK GNSS that retains heading accuracy during GNSS outages of up to 20 minutes.
MEMS IMU/AHRS sensor line (Certus Mini A, Motus, Boreas A70/A90) fusing accelerometer, gyroscope, and magnetometer data for orientation and motion sensing without GNSS.
Micro hovering autonomous underwater vehicle integrating DVL, USBL, INS, and a 4K camera for underwater surveying, inspection, and mapping to 300 m depth.
Underwater acoustic positioning system combining USBL and INS in a titanium enclosure, delivering position, velocity, and heading to 1,000 m depth, paired with the Subsonus Tag transponder.
Desktop command-and-control software that consolidates configuration and monitoring of Advanced Navigation's inertial navigation devices, including an automated device-alignment tool.