B&G WS730 vertical wind sensor (1450mm)

B&G WS730 Vertical Wind Sensor – Ultimate precision for performance-oriented sailors

The B&G WS730 is a high-performance vertical wind sensor with a 1.45-meter high-modulus carbon spar. This extended spar positions the sensor above the masthead, allowing measurements to be taken in undisturbed airflows, free from sail plan distortions. The result is exceptional accuracy and reliability, essential for both competitive sailors and serious cruisers.

Why choose the WS730?

• Superior Aerodynamics: The new single-piece fin design delivers outstanding stability and precision, thanks to over 200,000 hours of design and wind tunnel testing.
• Optimal positioning: The 1.45-meter carbon spar positions the sensor above the masthead, allowing measurements to be taken in undisturbed airflows, free from sail plan disturbances.
• Broadly Compatible: Supports NMEA 0183 systems directly and NMEA 2000® systems through the optional WS310 interface.
• Rugged and Waterproof: Designed for tough marine conditions, with an IPX6 waterproof rating.

Who is this system made for?

The WS730 is ideal for performance-oriented sailors who require highly accurate wind data. Whether you're racing or sailing long distances, this system offers the reliability and precision you need for optimal performance and safety on the water.

What's in it for you?

• Reliable wind information: Essential for accurate heading and sail trim, leading to better performance and efficiency.
• Minimal calibration: Positioning in undisturbed airflows reduces the need for adjustments, saving time and increasing accuracy.
• Easy installation: The sensor connects via a single mast cable, available in lengths from 25 to 80 meters, for quick and hassle-free integration with your existing systems.
• Durability: Built to deliver long-lasting performance, even in harsh marine conditions.

With the B&G WS730 vertical wind sensor, you're choosing an advanced and reliable solution for measuring wind data onboard. Perfect for sailors who want to optimize their performance and rely on high-quality equipment without compromising accuracy and reliability.