The FAR2228NXTBB 96 NM Solid-State Black Box Radar continued its three-year winning streak in 2022 by bringing home the NMEA Product of Excellence Award in the Commercial category. This 600-Watt Solid-State IMO Radar is the culmination of Furuno's decades of innovation, showcasing Furuno features such as Automatic Clutter Elimination (ACE), Fast Target Tracking, and a familiar but fresh user interface.

Furuno Solid-State Radars emphasize quality and reliability, while also meeting the rigorous demands of the marine environment.

• Clear images - Furuno Solid-State Radar technology generates clear echo images, which allows users to obtain a clear picture of the area around their vessel, including weaker echoes from small craft

• Reduced maintenance and running costs - Fanless Solid-State antenna dramatically reduces maintenance costs for the magnetron and CPU fan

• Solid-State Radar maintains similar power output capability as conventional magnetron radar

The FMD3200 utilizes cutting-edge chart-drawing engine that delivers instantaneous chart redraw with seamless zooming and panning, making operation stress-free. Moreover, its operation philosophy is based upon the same familiar logic as the control scheme of a PC mouse, and all operations can be controlled with the use of trackball of the control unit by means of left-clicking, right-clicking and using a thumbwheel. A full QWERTY style keyboard is available in the ECDIS control unit for easy route, event, and waypoint naming.

The FMD3200 provides the operator with quick access to the tasks and functions to be performed in the midst of vessel operation. This new ECDIS employs two new, intelligently arranged Graphic User Interface elements: Status Bar and InstantAccess Bar, that deliver task-based operation scheme to give the operator direct access to necessary operational procedures. The Status Bar at the top of the screen provides operating status, including modes of operation and presentation. The InstantAccess Bar on the left edge of the screen provides quick access to functions available in each of the ECDIS operating modes. The contents of the InstantAccess Bar change according to the operating modes selected on the Status Bar. This combination of the Status Bar and InstantAccess Bar covers virtually the entire operation, providing the operator with quick and easy access to the tasks to be performed. Subsequently, the need for delving into intricate menu trees to reach necessary tasks has become a thing of the past. The FMD3200 has streamlined the navigation monitoring procedure, reducing the risk of confusion and erroneous operation as well as enhancing situation awareness.

The Furuno FICE100/FOIL200 Ice/Oil Detection Radar is designed to connect to select X-band navigation Radar.

The FICE100 Ice Radar displays the ice conditions by removing image noise, making the fine structures of the ice more visible. Hybrid Ice Radar captures the raw Radar signal from the ARPA processor. The result is a stable image that includes the fine details found in the Radar echoes. By using Ice Radar, vessels can find the old rifts, clean ice and channels made by icebreakers and other vessels. Finding and using these, the vessel consumes much less power and saves fuel and time!

The FOIL200 Oil Radar detects oil spills automatically and creates a polygon to mark the spill. You can mark the oil spills manually with polygons and update them whenever it is required. You can also take screenshots from the screen and record the raw Radar video to the external hard disc or memory stick for future evaluation or training purpose.

FOIL200 uses raw Radar video from the Navigation Radar. The special, high-performance algorithm is used to process and analyze the raw video to detect oil spills. To achieve the most efficient image to detect oil, you can change between different Fusion modes and see the result in real time on the screen. Oil spill image is created with an integration of up to 100 Radar antenna scans. The generated image is based on motion-compensated Fusion scans. 

The FR19x8VBB is a reliable River Radar that offers Furuno's top-quality performance and ease of operation. For the first time, a Furuno radar can be operated with only a mouse! Thanks to its compact components, this portrait-oriented River Radar is simple to install. The available slim LED TFT screen produces a clear and contrast-strong image both day and night and can be dimmed down to almost zero if necessary. Thanks to the unique optional PC mouse operation, the FR19x8VBB River Radar is incredibly easy to use.

The Portrait orientation of this River Radar allows you to see more detail ahead and behind the vessel, where it counts. Operation of the Radar is simplified, and all settings are menu-driven and easy to update. Working with the FR19x8VBB is a whole new experience thanks to the unique operation with just a mouse or touchpad. A compact processor and control unit enables a simple installation, and the logical controller and optional mouse connection allows for comfortable and intuitive operation. Dual Radar combination is possible, allowing for the display of two River Radar systems on one screen, and up to four Antennas and Processors can be networked together for a complete view of the situation around the vessel. The FR19x8VBB processor allows for storage of up to 24 hours of Radar images on SD memory card.

Docking mode is available, and the Radar can display up to 300 AIS targets, 2 EBL’s, and 2 VRM’s.

Furuno has harnessed the power and sensitivity of the FAR22x8 and FAR3000 Radars to provide real-time monitoring and analysis of waves and currents on the sea surface. WV100 Wave Analyzer PC software works with both X-Band and S-Band Radars to analyze and display wave data on both the Radar screen and a PC display. Knowing the wave height, direction, and period is critical for guaranteeing the security of crew and cargo in heavy seas, for providing the most efficient navigation, and for managing port traffic safely and with ease.

WV100 software utilizes an automatic adjustment function, freeing the user from re-calibration if there is a change in sea state. WV100 software provides real-time data in both graphic and numeric formats. The Wave Spectrum Display uses a color range to indicate the relative intensity of waves, allowing the user to understand the situation at-a-glance, while the Radar Echo Display shows the absolute intensity of the Radar's reflection from each wave using a 7-color spectrum. Data-sharing between ship and shore as well as between vessels allows for quick course adjustment, economical route planning, and efficient traffic management around ports where monitoring of sea conditions is required.

Precise wave height measurement is critical for optimizing a safe and pleasant voyage for passengers and crew, allowing the navigator to set their course to avoid dangerous pitching and rolling, and for preventing or reducing damage to both ship and cargo due to inclement weather. Having accurate wave and current information in real-time is essential for offshore construction. The system can be used with both X-Band and S-Band Radars, so when X-Band proves inefficient due to heavy rainfall, the system can easily switch to the S-Band Radar. Accurate wave data can be exported via serial transmission to an external compatible system, such as an automated weather reporting or dynamic positioning system.

The safety of life and of ships at sea is the most important priority, and WV100 PC software provides the real-time analysis of sea conditions that allow skippers to make those important decisions based on the most accurate information available.

Utilizing four separate GNSS Antennas for the ultimate in responsiveness, the SCX20 and SCX21 set a new standard for reliable and accurate heading for all of your marine electronics. Traditionally, a Satellite Compass™ calculates heading using one baseline between two antennas; the SCX20/21’s four antennas can calculate heading information using any one of the six baselines drawn between the four antennas.

The unprecedented quad-antenna design of the SCX20 and SCX21 makes them capable of calculating extremely accurate heading, pitch, roll, and heave information. They are the perfect heading solution for complex vessel installations where the view of satellites may sometimes be obstructed.

The SCX20 and SCX21 enhance the performance of on-board equipment such as Radar, Fish Finders, Sonar, and Autopilots. Accurate heading information empowers your NAVpilot to keep a better course, saving time, fuel, and money on every voyage; meanwhile, precise pitch, roll, and heave information stabilizes the display for many Furuno Fish Finders and Sonars, allowing for an accurate presentation even in the roughest of seas. When connected to Furuno SCX20/21, the Radar’s echo trails hold steady and clearly depict an accurate echo trail thanks to the SCX20/21’s amazing accuracy.

Furuno's ground-breaking NavNet TZtouch3 MFDs paired with the DFF3D Multibeam Sonar continues to wow the marine electronics community, winning the highly-coveted Product of Excellence award for Fish Finder five years in a row. The DFF3D takes fish finding to new depths and angles, with a 120-degree view from port to starboard. With PBG functionality, boaters can create their own shaded relief bathymetric charts wherever they travel. The recently unveiled, free software version 3.5 introduce a revolutionary new feature called Follow-It, allowing users to leverage the PBG (Personal Bathymetric Generator) data from their DFF3D Multibeam Sonar. Follow-It instantly creates a constant-depth route to navigate a specific depth contour. With just a swipe and tap, Follow-It creates a white line on the PBG chart indicating the constant depth. Tapping the line allows the angler to instantly transform it into an active route and send it directly to their NavPilot Autopilot. The NavPilot will follow the depth route all the way around a ridge or trough. By following specific depth contours, fishermen can keep their baits at the same level as the fish while trolling without constantly adjusting the reels. Having your bait at the correct depth is critical to catching fish in areas where tide and currents flow along structure where gamefish concentrate.