Uploaded October 2012 | Updated September 2026, 6 hours ago
VideoRay RI (Reacquire Identify) CoPilot by SeeByte uses sonar, navigation and vehicle control combined as a live control capable of going to a preset surface or subsurface target location using coordinates, run a preset search route, or go automatically to "point and click" locations in route. Pilots can autonomously follow pre-defined sorties or maintain a station in currents exceeding 1 knot and rough sea conditions.
With RI CoPilot, operators can detect, acquire and classify, all during the same sortie. BlueView imaging sonar identifies underwater objects in a user-selectable operation and allows long range target detection in turbid or black waters and close-in target classification, all in real time. With precise bottom track data provided by the Teledyne DVL (Doppler Velocity Log), pilots can autonomously acquire a GPS fix on the surface and, once submerged, continuously update the ROV's position in water altitudes ranging from 80 meters deep to as shallow as 31 centimeters.
VideoRay RI (Reacquire Identify) CoPilot by SeeByte uses sonar, navigation and vehicle control combined as a live control capable of going to a preset surface or subsurface target location using coordinates, run a preset search route, or go automatically to "point and click" locations in route. Pilots can autonomously follow pre-defined sorties or maintain a station in currents exceeding 1 knot and rough sea conditions.
With RI CoPilot, operators can detect, acquire and classify, all during the same sortie. BlueView imaging sonar identifies underwater objects in a user-selectable operation and allows long range target detection in turbid or black waters and close-in target classification, all in real time. With precise bottom track data provided by the Teledyne DVL (Doppler Velocity Log), pilots can autonomously acquire a GPS fix on the surface and, once submerged, continuously update the ROV's position in water altitudes ranging from 80 meters deep to as shallow as 31 centimeters.
