The FUSION is designed around a tailored set of sensors to maximize the capability of the system and provide operators with the necessary tools for demanding missions.  With the sensors so seamlessly integrated the FUSION has an efficient form factor and each sensor is placed in the optimum position for the best data.


Probably the most common application for underwater vehicles is the acquisition of imaging data.  Understanding the importance of high quality imagery the FUSION is equipped with a number of superior sensors for a variety of conditions and missions.

High Definition Video - HD low light video camera with 135º of tilt and ultra bright LEDs.

Learn more about FUSION video

Forward Looking Sonar - dual frequency (750/1200kHz) wide angle multi-beam sonar sits above the camera for high resolution imagery, even when sitting on the seafloor.

Sidescan Sonar (optional) - 450kHz CHIRP sidescan sonar modules providing up to 100m (300ft) range.


The FUSION is equipped with a number of navigation sensors to not only provide valuable positional data for the imaging sensors, but also a precise control system.  Careful selection of each sensor and their integration expands the capability of the FUSION.

Doppler Velocity Log - high frequency DVL for accurate bottom track and augmented control system.

Attitude Heading Reference System - high accuracy AHRS with exceptional filtering that couples the navigation sensors and control/navigation algorithms to produce a stable and precision vehicle.

Global Navigation Satellite System - when at the surface the FUSION benefits from accurate GNSS satellite positional data. 

USBL Positioning System (optional) - fully self-contained USBL topside navigation system for real world corrections and deep water tracking. 


Expanding on the data collection and navigation sensors are a number of other sensors to further increase the capability of the FUSION.

Pressure & Temperature - accurate pressure and temperature are provided to the sensors and operator.

Vacuum & Humidity - internal vacuum and humidity are monitored to safeguard pressure vessel seal integrity.