Furuno DRS25ANXT/6 Radar Pedestal 6 Array – 15M Cable

The Furuno DRS25A-NXT solid state Doppler radar tracks moving targets instantly when commercial vessels navigate high-risk offshore waters. Heavy weather blockouts and zero-visibility maritime conditions regularly create dangerous collision hazards, blinding traditional commercial receivers. Installing this heavy-duty open array system delivers highly accurate tracking metrics, preventing sudden maritime safety incidents during rough transit maneuvers.

This solid state doppler radar utilizes a high-output 200W pulse compression transmitter core. Unlike legacy magnetron systems that suffer from fading performance over years of intensive maritime use, this commercial radar system delivers crisp short-range resolution without requiring high-voltage power components. The outdoor pedestal achieves an IP56 protection rating. This environmental seal prevents salt spray intrusion, making routine target detection highly effective at tracking severe oncoming storms.

Why Choose This Radar over Generic Alternatives

Investing in a premium Furuno DRS25A-NXT open array radar system is essential for long-range commercial operators and offshore sportfishers. Unlike basic radome sensors with wide beamwidths that blur close echoes, this 6ft array provides a tight 1.3-degree horizontal beamwidth. It directly couples a high-power 200W pulse compression transmitter with advanced target tracking algorithms, allowing captains to isolate birds or moving vessels across a 96 nautical mile tracking radius safely.

Application & Limitations

This high-performance open array radar excels on deep-sea fishing hulls, commercial workboats, and long-range cruisers over 40 feet. However, because its pedestal and 6ft array carry a substantial 57.3 lbs body mass, it cannot be mounted safely on small center consoles. Additionally, its high-power transmission draws up to 110W during active data processing, requiring a heavy-duty 12-24V DC battery structure during extended non-engine offline anchoring operations.