Icom IC-M504 Fixed-Mount Marine VHF Radio (Grey)

List Price: $499.99 Buy For: $268.64

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Brand: Icom

Features:
* Fixed-mount marine VHF radio preprogrammed with all U.S., Canadian, and international channels
* Receives all 10 NOAA weather channels with weather alert function; instant access to channels 16 and 9
* Priority scan, Dual Watch, and Tri-Watch modes; Digital Selective Calling transmits automatic distress signal
* NMEA-format GPS compatibility; supports optional CommandMic III; 168-character LCD display
* Submersible to 1.5 meters for 30 minutes; measures 6.5 x 4.34 x 4.84 inches (W x H x D); 3-year warranty

Sales Rank: 44037

The Submersible PLUS Marine VHF with Class D DSC IPX8 Submersible PLUS (1.5m depth for 30 minutes) - The IC-M504 withstands submersion in up to 1.5m depth of water for 30 minutes. It is equivalent to the IPX8 standard. All products are rigorously checked to pass the quality test at the factory. M504 LCDLarge LCD with dot-matrix characters - The IC-M504 has a 168-charactor, full-dot matrix display that allows you to easily view a variety of information, such as GPS data, DSC emergency data, etc. The large buttons and knobs provide user friendly operation. ITU Class D DSC - The IC-M504 has built-in class D DSC, which enables you to constantly monitor channel 70. This functionality provides users at sea with the peace of mind that they can call for help by pressing the andquot;Distressandquot; button if the need arises. Position Request and Position Report - Over and above the DSC, your own and other ships position data can be exchanged with the position request or position report functions. The received position information can be transferred to external navigation equipment*. In addition, the polling (request/ reply) function checks whether a specific ship is within the communications range. * External GPS receiver and navigation equipments which accept NMEA 0183 format are required. Superior receiver performance - The IC-M504 has excellent receive specifications of 80dB (typical) for intermodulation rejection, adjacent channel selectivity, and