M94D VHF Marine Transceiver w/ AIS, GPS & DSC Built In

Icom’s Class-H DSC VHF transceiver, the M94D is the world’s first handheld to possess the power of AIS. A class-leading 1500 mW speaker and ocean-conscious features, the M94D is perfect for small boats and leisure craft looking to stay safe and informed on the ocean.
• Output Power: 6W
• Battery Life: 2400 mAh Li-ion battery, up to 10 hours
• Typical operation; Tx:Rx:Stand-by duty ratio = 5:5:90
• Waterproof Rating: IPX7
• GPS: Built-in
• Floats: Yes

AIS Receiver with DSC
A combination of the Automatic Identification System (AIS) and Distress Signal Calling (DSC) provides users with peace of mind when out on the open sea. With the AIS target call function, users can set up DSC individual calls. Easy access to distress call button on rear panel button. Pressing the AIS target call function allows you to easily set up a DSC individual call.

Simplified Navigation System
Access vessel traffic information and plot up to 50 waypoints for fishing spots or Man-Overboard (MOB) waypoints. The M94D's back-lit screen is dimmable for easy readability under any lighting condition. The large screen allows for easy-to-read icons and text.

Ocean-Ready Features
Ready for the open seas. The M94D's water-resistance measures make it ready to operate under any weather condition.
• Float’n Flash The M94D falls into water, the radio floats and automatically flashes, even when it is off. The LCD screen flashes to help show the radio’s position to easily retrieve.
• AquaQuake™
If the M94D decides to take a swim, the AquaQuake draining fuction removes water from the grill by vibrating at a particular frequency, preventing audio degradation.

Additional Features
• Active Noise Cancelling technology
• Weather channel
• Dualwatch and Tri-watch functions
• Favorite channel function
• Supports 4-digit channels

What is the range of the ICOM M94D?

The IC-M94D typically has an approximate communication range of around 6 miles with its 6 watts of transmit power, although this will vary depending on factors such as obstructions, antenna height, and atmospheric conditions. Keep in mind that actual performance may vary from this estimate.