Suex Sinapsi is a special nose for navigation that replaces the standard Suex scooter nose. It has sophisticated electronics to receive and process underwater navigation data acquired via DPV.

The Sinapsi project has required years of increasingly sophisticated research, including many tests and trials to optimise the system using the most exciting, up-to-date technological solutions.

Sinapsi is available for the Suex XJ-S and XK scooters.

The integrated propeller into the system allows you to calculate the speed and, consequently, the distance travelled or missing to the point of arrival.

Suex Sinapsi features

• Route planning via smartphone app and PC
• Use GNSS Position Home Position
• Dead Reckoning
• On-the-fly route planning
• Heading quality index
• Compass calibration and quality storage
• Odometer calibration and distance and speed measurement
• Accurate heading angle
• Data reception
• Wireless system

Connection with Suex ERON-D1

The Suex Sinapsi nose cannot be used without a Suex ERON D-1. The ERON D-1 is the necessary user interface to access most Sinapsi functions and settings.

Used in conjunction with the ERON D-1 underwater dashboard, Suex Sinapsi is able to provide the customer with the most accurate underwater navigation. During operation, the Sinapsi nose transmits the navigation data to the ERON D-1, via a wireless connection, and the telemetry data from the scooter. Finally, it also records the data of the scooter battery together with the navigation data.

From a conceptual point of view, Suex Sinapsi exploits the potential of the AHRS system (Altitude and heading reference system) and GPS (Global Positioning System) to determine the current position of the scooter at all times.

It indicates that an operative procedure, a condition etc. must be pointed out. From the physical operating point, the AHRS processes signals from the three main physical systems mounted on board:

• Compass
• Gyroscope
• Distance log

DPVs equipped with Suex Sinapsi and ERON D-1 can access the extended mode of the dashboard: recording of dive time, depth, heading and other data, full analysis of DPV data and full navigation data.

Check out the TechnicalInformation tab above for specifications.