Furuno MCU002 Remote Keypad

The Furuno MCU002 Remote Keypad is a compact, waterproof control unit designed for professional marine navigation operators who demand redundant input methods in demanding environments. Built as a supplemental control device for Furuno's TZT9, TZT14, and TZT BB integrated navigation systems, this remote keypad extends hardware-based operation beyond the primary multitouch display, ensuring mission-critical functionality remains accessible even in adverse conditions. Law enforcement and military maritime teams rely on this unit to maintain tactical awareness and system control during high-stress operations where touchscreen reliability alone may be insufficient.

The MCU002 features a robust, fully waterproof construction rated for saltwater and harsh operational environments—critical for vessels operating in coastal and open-water tactical scenarios. Its compact form factor (0.25 lbs) allows for flexible mounting in confined pilothouse spaces, wheelhouse consoles, or portable command stations without adding significant weight or bulk. The keypad bridges multitouch and traditional hardware-button operation, providing tactile feedback and muscle-memory advantages that trained operators value during high-workload situations. This dual-input architecture ensures system responsiveness under challenging conditions where gloved hand operations or spray-covered screens would degrade touchscreen performance.

Commercial fishing operations, coast guard units, naval surface warfare teams, and maritime security personnel benefit most from this supplemental control solution. The MCU002 integrates seamlessly with existing Furuno TZT9, TZT14, and TZT BB systems via industry-standard proprietary connections, requiring no additional hardware modifications or system reconfiguration. Installation is straightforward, with the keypad positioned for comfortable reach during extended operational periods. For organizations standardized on Furuno navigation platforms, the MCU002 represents a practical, field-proven method to enhance system redundancy and operator control flexibility without replacing primary display systems.