SIMRAD recently announced Active Imaging Sonar, a new scanning-sonar technology that provides detailed, high-resolution imaging without sacrificing range. It is a step up from Simrad TotalScan transducers currently available with GO series displays.
Active Imaging Sonar provides clear views of fish-holding structure and cover with a level of detail that the manufacturers say is unmatched by any other structure imaging technology. Available in two models, Simrad Active Imaging 3-in-1 combines scanning sonar with a traditional medium/high CHIRP sonar element for easy single-transducer installation, while the standalone transducer is designed for install alongside a separate CHIRP sonar transducer.
“Other high-frequency sonar imaging solutions provide an enhanced view of structure below and to the sides of the boat, but the scanning range is significantly limited,” said Leif Ottosson, CEO, Navico Group.
“Our Active Imaging provides the industry’s highest-quality images while still delivering views of up to 300 feet to the left and right of a boat, offering unparalleled information with one powerful scan. We also designed it as a seamless transition for our GO Series of displays, making it simple for our current customers to take advantage of. We’re excited about the elevated experience that Active Imaging will bring to anglers on the water — helping them find more fish.”
There is no difference in high-resolution detail whether anglers are operating at 800kHz or 455kHz frequencies. Active Imaging provides clear views of structure, fish and bottom composition at distances up to 300 feet from either side of a boat. There is no need to change frequencies while fishing; anglers can see where they should be fishing instead of just the immediate area around the boat at a set frequency.
The Simrad Active Imaging 3-in-1 transducer will be bundled with Simrad GO series displays, beginning November 2018. Both Active Imaging standalone and Active Imaging 3-in-1 transducers can be purchased separately for $275 and $350 RRP AUD, respectively. To learn more about Simrad Active Imaging click HERE.