Lenco Flybridge Kit f/ LED Indicator Key Pad f/All-In-One Integrated Tactile Switch - 20'

The Lenco Flybridge Kit for LED Indicator Key Pad with All-In-One Integrated Tactile Switch in 20-foot configuration is a remote control expansion module designed for multi-station boat control systems. This kit allows boaters to add a second control station by connecting directly into an existing Integrated Tactile Switch harness, extending command capabilities from the flybridge or helm without requiring independent wiring runs.

The kit includes a shielded LED indicator key pad and a 20-foot factory-shielded wire harness pre-terminated for compatibility with Lenco's integrated tactile switch platform. The 20-foot harness length accommodates typical flybridge configurations while maintaining signal integrity over marine installations. The LED indicator system provides visual feedback on switch status and operational state, essential for safe boat handling in variable lighting conditions. Shielded construction protects against electromagnetic interference common in marine electrical environments where navigation electronics, radios, and engine management systems operate in proximity to control lines.

Boaters managing larger vessels or those requiring independent bridge and lower helm stations rely on secondary key pad installations to avoid constant movement between stations during docking, anchoring, and maneuvering. This Lenco Flybridge Kit serves that application directly, eliminating the need for complete system replacement when expanding control capacity. Installation requires no specialized wiring—the plug-and-play connection into the existing harness ensures compatibility with vessels already running Lenco's Integrated Tactile Switch systems.

Lenco Marine's switching systems are widely integrated into mid-range and larger powerboat platforms where precision bow thruster and trim tab control enhances handling safety and positioning capability. The Flybridge Kit expands those advantages across multiple operator stations without system redesign.