Furuno LH3010 Intercom Speaker

The Furuno LH3010 Intercom Speaker is a two-way communication unit designed for use with the Furuno LH3000 Loud Hailer system. This compact intercom speaker delivers reliable voice transmission in demanding maritime and tactical environments where clear communication is essential. The included call button and desktop mounting bracket make installation straightforward and practical for vessel bridge operations, command centers, or any location requiring integrated intercom functionality.

At 1.4 pounds with compact dimensions of 6 x 4 x 6 inches, the LH3010 integrates efficiently into existing communication setups without consuming valuable console space. The two-way design enables bidirectional communication, allowing operators to both transmit and receive messages through a single integrated unit. The call button provides manual activation control, giving operators tactile feedback and deliberate control over when transmission occurs. This straightforward interface reduces operator error during high-stress situations and supports rapid, efficient communication protocols standard in professional maritime and emergency response operations.

The LH3010 serves professionals operating Furuno LH3000 Loud Hailer systems aboard commercial vessels, rescue platforms, and tactical command environments. Mounting hardware is included, enabling installation on desktops, consoles, or bulkheads without requiring additional accessories. This speaker unit complements Furuno's marine communication ecosystem and is essential for operators who depend on reliable intercom systems for operational coordination, emergency response, or routine bridge communications.

Furuno's LH3000 series represents decades of marine electronics expertise, with the LH3010 intercom speaker engineered to meet the durability and performance standards expected in saltwater and high-vibration environments. For operators and organizations already committed to the LH3000 platform, the LH3010 provides the dedicated intercom functionality required for complete system integration.