Raymarine MN100-2 Wireless Instrument Display
The Raymarine MN100-2 is a compact, wireless marine display designed to deliver essential sailing data with minimal installation hassle. Perfect for small sailboats, tenders, and open cockpit vessels, this display works seamlessly with Raymarine’s Micronet wireless system.
Powered by an internal lithium battery and completely cable-free, the MN100-2 provides clear readouts of wind speed and direction, depth, boat speed, water temperature, and more — all displayed on a crisp, high-contrast LCD screen.
Key Features:
Wireless instrument display – no wires or drilling
Battery-powered with long operational life
Easy-to-read monochrome LCD display
Works with Raymarine/Tacktick Micronet sensors
Displays wind, speed, depth, trip log, and more
Ideal for dinghies, yachts, and minimal-infrastructure vessels
Lightweight, waterproof, and easy to mount
Whether you’re racing or cruising, the MN100-2 simplifies your setup while keeping you informed. A perfect solution where power and space are limited.
Raymarine MN100-2 Wireless Instrument Display
The Raymarine MN100-2 is a compact, wireless marine display designed to deliver essential sailing data with minimal installation hassle. Perfect for small sailboats, tenders, and open cockpit vessels, this display works seamlessly with Raymarine’s Micronet wireless system.
Powered by an internal lithium battery and completely cable-free, the MN100-2 provides clear readouts of wind speed and direction, depth, boat speed, water temperature, and more — all displayed on a crisp, high-contrast LCD screen.
Key Features:
Wireless instrument display – no wires or drilling
Battery-powered with long operational life
Easy-to-read monochrome LCD display
Works with Raymarine/Tacktick Micronet sensors
Displays wind, speed, depth, trip log, and more
Ideal for dinghies, yachts, and minimal-infrastructure vessels
Lightweight, waterproof, and easy to mount
Whether you’re racing or cruising, the MN100-2 simplifies your setup while keeping you informed. A perfect solution where power and space are limited.
