Raymarine RMK-10 System Remote Control Portrait Keypad

The Raymarine RMK-10 System Remote Control Portrait Keypad is a compact wired control solution designed for anglers and boaters who demand seamless access to their chartplotter and navigation systems from multiple helm positions. Whether you're piloting from a flying bridge, tuna tower, or fighting position aft, this portrait-oriented keypad extends full command of your Raymarine multifunction display without running additional video cables or cluttering your primary helm station. Built for the working boat environment, the RMK-10 delivers the reliability and ease of use that serious fishermen and cruisers expect when conditions demand split-attention navigation.

The RMK-10 features full backlit key illumination, critical for early-morning runs or night operations when visibility is compromised. This ultra-compact wired keypad connects directly to aSeries, cSeries, eSeries, eS Series, and gS Series Raymarine Multifunction Displays, providing intuitive control over chart panning, zoom, waypoint creation, and system functions from a remote location. At just 1.4 pounds and measuring 7 x 4 x 10 inches, the portrait orientation fits neatly in tight quarters—galley counters, cabin bulkheads, or outrigger controls—without consuming valuable deck real estate. The fully illuminated design ensures legible operation in bright sunlight or at night, eliminating the frustration of fumbling with unseen controls while managing the helm.

Commercial fishermen, charter captains, and long-range cruisers benefit most from remote keypad installations, allowing crew to manage navigation without leaving their station or sacrificing helm visibility. The wired connection ensures zero latency and eliminates battery management concerns—essential when operating in remote waters where reliability is non-negotiable. Installation pairs with any compatible Raymarine glass bridge system, making the RMK-10 an ideal upgrade for vessels already running a modern Raymarine suite seeking distributed navigation control without proprietary docking stations or expensive multi-display redundancy.