Furuno Cable f/1835 Radar - 30M

The Furuno Cable f/1835 Radar - 30M is a mission-critical interconnection component engineered for maritime and tactical radar systems operating in demanding environments. Built to military and commercial marine standards, this 30-meter cable assembly bridges your Furuno 1835 radar transceiver to display units with precision-engineered connectors that ensure zero signal loss over extended distances. Whether you're operating from a patrol vessel, coastal defense platform, or rapid-deployment maritime unit, reliable radar connectivity is non-negotiable—this cable delivers the durability and signal integrity your tactical operations demand.

Constructed with marine-grade shielding and UV-resistant outer jackets, the Furuno Cable f/1835 Radar - 30M maintains consistent impedance and minimal attenuation across its 30-meter span, critical for radar pulse fidelity and target detection accuracy. The cable incorporates mil-spec connectors with positive locking mechanisms that withstand salt-spray corrosion, vibration, and thermal cycling—conditions that degrade standard cabling. Heavy-duty strain relief at both ends prevents connector fatigue and internal conductor breakage, a failure mode that has compromised radar systems in the field. The 16.3-pound weight reflects robust copper shielding and jacketing materials designed for permanent installation on vessels or tactical platforms.

This cable is essential for operators upgrading, replacing damaged cabling, or deploying Furuno 1835 radar systems aboard naval vessels, coast guard cutters, border patrol craft, and commercial maritime platforms requiring tactical-grade reliability. The 30-meter length accommodates larger vessel installations where transceiver and antenna placement demand extended runs without splicing. Proper installation requires grounding the shield at the transceiver end only to prevent ground loops that introduce noise into radar displays. Stock this cable as a critical spare component—radar downtime in operational theaters is unacceptable, and having verified backup cabling ensures mission continuity when primary lines fail.