Advanced Navigation is a leading manufacturer of high-accuracy inertial sensors and acoustic positioning systems for marine, maritime and offshore applications. Trusted by leading industry figures around the world, our MEMS, FOG, and acoustic-based navigation products are ideal for a wide range of use cases, including subsea and surface vessel-based surveying, platform stabilization, and tracking.
Hydrus is a revolution in underwater AI robotics, developed to open exciting frontiers in ocean exploration. The fully autonomous submersible drone will transform undersea research and inspection by making data capture simple and accessible. The design of Hydrus synthesises numerous cutting edge navigational, propulsion and data capture technologies with highly developed and sophisticated artificial neural network intelligence.
As an all-in-one autonomous solution, 3D missions can be planned in minutes, without specific knowledge or training. The acoustic communication capabilities allow users to monitor and adjust missions on the fly.
Small enough to be launched and retrieved by a single person. No special watercraft is required. Upon mission completion, data can be wirelessly retrieved using a computer.
A 4K 60 FPS camera coupled with powerful lighting ensures the highest quality video and photography. An AI image processing system dynamically balances camera settings and lighting, and compensates for turbidity, even in the most challenging conditions.
Hydrus is the drone revolution, underwater.
More information: Hydrus miniature AUV
The Boreas D90 is a strategic-grade GNSS-INS that combines Advanced Navigation’s new ground-breaking DFOG (Digital Fiber Optic Gyroscope) technology with a dual antenna RTK GNSS receiver to deliver orientation and navigation data with superior accuracy and reliability.
Housed in an IP67-rated precision aluminium enclosure, the unit has been designed and tested to MIL-spec standards and is ideal for the most demanding offshore and marine survey applications.
More information: Boreas D90 Strategic-grade digital FOG GNSS-INS
Certus and Certus Evo are low-SWaP GPS-aided INS and AHRS modules that use temperature-calibrated accelerometers, gyroscopes, magnetometers and a pressure sensor, combined with sophisticated AI-based sensor fusion, to deliver high-accuracy output data for navigation and positioning at sea.
Incorporating dual-antenna moving baseline RTK GNSS, the modules are ideal for marine surveying, platform stabilization, and ship motion monitoring.
More information: Rugged GNSS-aided INS AHRS solutions
The Certus Mini N and Mini D provide accurate and reliable attitude and heading data in a miniature footprint, combining cutting-edge MEMS inertial technology with either a single- or dual-antenna GNSS receiver with L1/L5 multi-constellation RTK positioning for the utmost in accuracy. All sensor inputs are fused together using Advanced Navigation’s revolutionary AI-powered algorithms, delivering accuracy levels of up to 10 times that of a traditional Kalman filter.
Available in rugged enclosed or OEM variants, the high-performance units are ideal for AUV/ROV navigation and marine survey platforms, and are seamlessly compatible with industry-standard protocols including NMEA 0183 and CANOpen, as well as with ROS 1, ROS 2, and Ardupilot.
More information: Certus Mini N & Mini D
The Spatial FOG Dual is a dual-antenna moving baseline RTK GNSS INS/AHRS solution. Featuring a cutting-edge fiber optic gyro IMU and a triple-frequency all-constellation Trimble RTK GNSS receiver, it provides accuracy of up to 8mm, and supports the Omnistar service for even higher performance.
The versatile sensor is ideal for a wide range of marine and maritime applications and can be easily interfaced to third-party peripherals such as DVLs and USBLs, NMEA sources, and more.
More information: Spatial FOG Dual antenna RTK GNSS INS/AHRS
The Certus Mini A delivers accurate and reliable attitude and heading data in a compact package weighing just 38 grams.
Utilizing cutting-edge MEMS inertial technology, the sensor fuses all inputs together using Advanced Navigation’s revolutionary AI-powered algorithms, delivering accuracy levels of up to 10 times that of a traditional Kalman filter.
Available in rugged enclosed or OEM variants, the high-performance unit is ideal for AUV/ROV orientation, and is seamlessly compatible with industry-standard protocols including NMEA 0183 and CANOpen, as well as with ROS 1, ROS 2, and Ardupilot.
More information: Certus Mini A Compact MEMS AHRS
Motus is a miniature IMU (inertial measurement unit) that utilizes some of the most accurate MEMS accelerometers and gyroscopes on the market, providing inertial performance that rivals even some FOG IMUs.
With a volume of just over 1 cubic inch and a weight of only 26 grams, Motus is ideal for SWaP-conscious marine survey platforms. It is available as an OEM board or in a ruggedized housing.
More information: Motus miniature MEMS IMU
Subsonus is an advanced USBL (ultra-short baseline) underwater acoustic positioning system that combines a sophisticated eight-channel hydrophone array with an integrated and tightly-coupled INS. It fuses acoustic position and Doppler velocity with inertial outputs and depth sensor data, providing highly accurate position, velocity and heading.
The miniature USBL can operate at depths of down to 1000 metres, and is ideal for marine platform stabilization and station-keeping, and underwater survey AUVs and ROVs.
More information: Subsonus USBL underwater acoustic positioning system
Subsonus Tag is a low-cost acoustic positioning transponder designed for use with our Subsonus USBL. Ideal for tracking AUVs and ROVs, it features an integrated battery, wireless charging and a low-power pressure-tolerant e-paper display.
Tags can operate at depths of up to 2000 metres for up to 18 months without recharging, and up to 65,000 individual Tags can be tracked by one surface Subsonus unit.
More information: Subsonus Tag acoustic positioning transponder
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