Simrad NSX3012 Radar Bundle with Active Imaging Transducer Halo 20+

The Simrad NSX3012 Radar Bundle with Active Imaging Transducer Halo 20+ represents a significant leap forward in marine situational awareness for serious anglers and boaters who demand real-time visibility in all conditions. Whether you're navigating through fog, rain, or darkness, or scanning for structure and baitfish at distance, this integrated radar and sonar system delivers the clarity needed to fish confidently and navigate safely. Built for professional-grade performance, this bundle combines two critical technologies into one cohesive platform, eliminating the need for separate installations and reducing clutter on your helm.

The Halo 20+ Active Imaging transducer is the cornerstone of this system, delivering exceptional target definition and bottom composition data through advanced sonar technology that reveals cover, baitfish, and structure with unmatched clarity. The NSX3012 display integrates this transducer data with dedicated radar functionality, allowing you to track weather systems, other vessel traffic, and coastline features simultaneously on a single screen. Active Imaging transducers excel at penetrating vegetation, suspended sediment, and thermoclines—challenges that defeat conventional sonar—making them invaluable on bass lakes, coastal flats, and murky rivers where traditional sonar falls short.

This bundle is ideal for professional anglers, charter captains, and dedicated boat owners who fish in diverse environments and require integrated navigation, fish-finding, and safety radar in one compact system. Installation involves mounting the transducer to your hull (typically through-hull or transom mounting) and integrating the display unit into your existing console via Simrad's NMEA 2000 network, allowing seamless communication with autopilot, GPS, and other networked electronics. The complete system weighs approximately 40.4 lbs and represents a long-term investment in boating confidence, fish-finding capability, and safety across freshwater and saltwater applications.