Raymarine ST300 Thru-hull Shorty Speed Sensor with Low Profile Housing – Model E26008

ST300 Thru-hull Shorty

The S300/ST300 speed sensors are our lowest cost and shortest thru-hull speed sensors. As part of our Shorty Series, they are designed for boats with low headroom. The plastic P371 low profile outer housing option is nearly flush and minimizes drag with only 5 mm (3/16) extending outside of the hull. The plastic P398 countersunk outer housing option mounts flush, eliminating turbulence for more accurate speed readings.

The Raymarine ST300 Thru-hull Shorty Speed Sensor (Part Number E26008) offers an affordable and efficient solution for accurate water speed measurement on boats with low headroom. Designed as part of the Shorty Series, this sensor features a compact, low-profile housing that minimizes drag and is ideal for vessels where space is limited. The plastic P371 housing provides a nearly flush mount with only 3/16 inch (5 mm) extending outside the hull, reducing turbulence and improving the accuracy of speed readings. An alternative plastic P398 countersunk housing mounts flush with the hull for even more precise data, making it suitable for high-performance applications. Built with durable materials, the Raymarine ST300 is engineered to withstand harsh marine environments and deliver reliable performance over time. This low-profile sensor is an excellent choice for boaters seeking an economical, space-saving, and accurate solution for water speed monitoring without compromising vessel integrity or performance.

Features:

• Low profile design: Nearly flush mount with just 3/16 inch (5 mm) protrusion for minimal drag and turbulence

• Versatile housing options: Includes P371 low-profile and P398 countersunk housings for customized installation

• Durable construction: Made from high-quality plastics to withstand marine conditions

• Easy installation: Designed for quick and secure mounting on boats with limited headroom

• Reliable performance: Provides accurate and consistent water speed data for navigation and performance monitoring