Faria Dress White 2" Depth Sounder w/Transom Mount Transducer

The Faria Dress White 2" Depth Sounder with Transom Mount Transducer is a reliable marine depth-finding instrument designed for accurate water depth measurement in recreational and professional boating applications. Built by Faria Beede Instruments, a manufacturer with established credentials in marine instrumentation, this sounder delivers straightforward depth readings with the durability needed for saltwater and freshwater environments.

The unit measures water depths from 3 to 199 feet (1 to 61 meters) and offers dual-unit display capability—operators can switch between feet and meters depending on mission requirements or regional standards. The 2-inch dial features a perimeter-lighted white face with bold black graphics and a contoured black pointer, optimized for high-visibility readout in variable lighting. Backlighting is integrated for maximum night vision compatibility, a critical feature for operators conducting early-morning or low-light water operations. Automatic gain control adjusts sensitivity based on water conditions, while adjustable keel offset accommodates different transducer mounting depths. Dual alarms—one for shallow water, one for deep water—provide audible alerts when the sounder detects specified depth thresholds.

This sounder is suitable for boat captains, water rescue personnel, and marine operators who require real-time depth awareness for safe navigation, obstacle avoidance, and mission planning. The transom-mount transducer configuration is standard for hull-mounted installations and is compatible with most recreational and tactical watercraft. The white dress bezel and aluminum construction provide a professional appearance while resisting corrosion in marine environments. The 8-inch cubic form factor fits standard instrument panel spaces.

Faria depth sounders are recognized in the marine market for straightforward analog functionality and solid build quality. This model integrates into existing marine electrical systems with conventional transducer wiring and does not require GPS, sonar, or digital processing—a practical advantage for vessels operating in RF-restricted zones or with legacy electrical architectures.