Uniden ATLANTIS 155 Floating Handheld VHF Marine Radio, 3W IPX8 Waterproof

Stay connected and safe on the water with the Uniden ATLANTIS 155, a rugged and reliable floating marine radio engineered for exceptional performance in any weather condition. This compact and lightweight handheld transceiver ensures clear communication with its powerful 3-watt output and comprehensive channel access. Its IPX8 submersible waterproof rating means it can withstand immersion, while the floating design ensures easy retrieval if dropped overboard. Upgrade your marine safety and communication with the dependable ATLANTIS 155.

In the Box:

• Uniden Atlantis 155 Marine Radio
• DC Charging Cord
• 4x Rechargeable AAA NiMH Batteries
• Belt Clip
• Hand Strap
• Owner's Manual

Key Features & Benefits:

• IPX8 Submersible & Floating Design: Withstands immersion in water up to 1.5 meters for 30 minutes and floats for easy recovery, ensuring reliability in harsh marine environments.
• Selectable 1W/3W Output Power: Optimize battery life for short-range communication or boost power for extended long-range transmission.
• All USA, Canadian & International Marine Channels: Provides comprehensive access to all standard marine VHF channels for global communication.
• NOAA Weather Channels with Alert: Offers critical real-time weather updates and hazard alerts to enhance safety on the water.
• Up to 10 Hours of Battery Life: Equipped with Ni-MH rechargeable batteries and a Battery Save mode for extended operation during long excursions.
• Large Backlit LCD Display: Features a user-selectable white backlight for day and amber/orange backlight for night, ensuring clear readability in all lighting conditions.
• Speaker Vibration Tone: Automatically clears water from the speaker cavity after submersion, maintaining audio clarity.
• Triple Watch Mode: Continuously monitors Channels 16 and 9 (emergency channels) simultaneously with your selected channel for enhanced safety.
• Weather Alert Watch Mode: Provides automatic alerts for severe weather conditions without requiring constant manual monitoring.