Furuno Side Scan Sonar

Whether you are looking for hard to find individual tuna schools of sardines collision avoidance or a host of other uses a furuno sonar is the single best solution for your needs.

Furuno side scan sonar.

The system is a full circle scanning sonar that uses a narrow 85 kilohertz beam to depict images of fish bait schools and changing water conditions around the boat. We re talking depths of over 980 feet with side scanning over 650 feet. This sonar device emits conical or fan shaped pulses down towards the bottom of the sea across an extensive range perpendicular to the path the sensor follows through the water. Side imaging sonars also referred to as side scan sonars are a set of sonar system that was developed to create an image of large areas on the seafloor effectively.

The dff 3d is an innovative tool for efficient fish location and seabed profile surveying utilizing new multi beam technology. Highly detailed images are derived from the combination of an advanced signal processing system and an amazingly compact multi beam transducer. Furuno dff3d multi beam sonar furuno has been working on this multi beam sonar product for the past few years tweaking it so that it would perform flawlessly in the unpredictable coastal ocean environment but i was sworn to secrecy until it was launched a few months back. Ask any commercial fisherman their most important piece of electronics and their furuno sonar will be the first thing to cross their lips.

A compact high frequency sonar with revolutionary discrimination between bottom fish and seabed. Revolutionary 3d multi beam sonar for deep and wide water columns you may think you ve seen 3d multi beam sonar in action but many of those images begin disappearing as you approach 200 feet. The furuno csh 8l mk2 scanning sonar system is a tool designed for commercial fishermen that some hard core anglers are adding to their new sportfishing boats. Each year omni equipped boats cash millions of dollars in checks from the biggest tournaments in the world.