Furuno USA launches new series of commercial radars
Written by Marine Log Staff
Image: Furuno USANew
Furuno USA has introduced a new series of commercial radars designed to streamline operations on the bridge and enhance safety and reliability at sea. The new Furuno FAR2XX8MK2 commercial radar series is designed to provide clearer and more accurate radar images of surroundings while increasing reliability and decreasing the overall cost of ownership with simplified maintenance.
High-quality images are processed inside the antenna unit, where analog information is directly converted to digital signals before being sent to the below-deck processor unit. The gearbox and antenna have been redesigned to reduce aerodynamic drag, lightening the environmental burden and reducing wear.
With a brushless DC motor, the FAR2XX8Mk2 series radar can operate for prolonged periods without the need for frequent maintenance.
All primary components are assembled in a removable block or “sled” inside the gearbox, making maintenance simple.
Operating the FAR2XX8MK2 series is simple with the Status Bar and InstantAccess Bar.
The Status Bar provides operating status, including modes of operation and presentation. The InstantAccess Bar contains shortcut menus that operators frequently use, so that they can quickly access necessary tasks.
With Fast Target Tracking, notes Furuno USA, the FAR2XX8MK2 series of commercial radars provides accurate tracking data from the very first sweep of the antenna. Speed and course vectors are displayed instantaneously, allowing operators to take action and avoid incidents quickly.
Because usability is critical, the control unit of the FAR2XX8MK2 series is ergonomically designed to fit the operator’s hand. All operations can be controlled with the trackball, and with ACE (Automatic Clutter Elimination) functionality, the operator can quickly adjust the radar image with a single button press. When activated, ACE automatically adjusts clutter reduction filters and gain controls according to surrounding conditions, especially in busy and congested harbors and waterways.
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