Adjustable Jet Ski Kill Switch Lanyard Boat Safety Tether With Neoprene Wrist Strap Nylon Coiled Cord Carabiner For Mercury Yamaha Watercraft Orange Green Blue Green B

Features:

*Enhanced Durability: Constructed with a nylon-wrapped coiled cord, this boat motor kill switch lanyard exhibits for remarkable resilience and excellent recoil memory, long-term use without deformation. 

*Adjustable Comfort: Featuring a wrist strap made from premium 3mm neoprene rubber, this jet ski safety lanyard offers a comfortable fit with moderate elasticity. Its lightweight and soft design allows for easy adjustment to various wrist sizes, it provides comfort without causing any constriction during use.

*Quality Carabiner: This safety lanyard is equipped with a lightweight yet robust carabiner that is both sturdy and wear-resistant. Its high-quality design ensures longevity, giving you confidence during high-speed marine activities and maintaining secure attachment to your equipment.

*Safety Enhancer: The lanyard is designed to automatically shut down your jet boat engine if you are thrown overboard, significantly improving safety while boating. This essential accessory provides peace of mind during exhilarating water adventures, allowing you to focus on enjoying the ride.

*Reliable Safety: With its strong construction and secure attachment, this key reminder lanyard safety cable ensures effective engagement with the engine cutoff mechanism. Its impressive pulling capacity makes it a dependable option for jet boat enthusiasts, offering enhanced protection in critical situations on the water.

Specifications:

*Part Name:Boat Kill Switch Lanyard

*Material:Neoprene, nylon

*Size:As picture shown

*Color:Orange/Green/Bule

*Weight: about 40g

*Type:A(for Mercury);B

Package Content:

1 x Boat Kill Switch Lanyard

Note:

1. The real color of the item may be slightly different from the pictures shown on website caused by many factors such as brightness of your monitor and light brightness.
2. Please allow slight manual measurement deviation for the data.