Reliable Water Rescue Tool - Stay prepared with our premium rope throw bag, designed for buoyant water rescue operations in various water sports activities.SpecificationsMaterial: Polypropylene FiberRope Diameter: 8mm (0.31 inch)Rope Length: 21m (68.9 ft)Model Number: Line Throw BagOutdoor Activity: Surfing, Kayaking, Rafting, Yachting, Sea Fishing, SailingCertification: NoneSize: 21mChoices Available: YesFeaturesPremium Material: Constructed from high-strength polypropylene fiber, the rope is nonabsorbent, durable, and floatable.Ergonomic Design: Lightweight and portable with a special strap design for easy throwing; includes quick release buckles for fast attachment.Long Reach: The 21m/68.9ft length allows for extended reach during water rescue.Floatable Equipment: Both the rope and bag can float, making them ideal for water rescue scenarios.Versatile Use: Suitable for outdoor activities like swimming, kayaking, rafting, yachting, sea fishing, sea surfing, and sailing.Product DescriptionThe NNEOBA Rope Throw Bag Flotation Device is an essential piece of equipment for water sports enthusiasts and safety-conscious individuals. Made from durable polypropylene fiber, this throw bag is designed for high performance in water rescue operations. The rope, with a diameter of 8mm and a length of 21m (68.9ft), provides a strong pulling force and can float on water, making it perfect for emergency situations.The ergonomic design includes a special strap that makes throwing easier and a quick release buckle for easy attachment to boats or jackets. This flotation device is not only lightweight and portable but also easy to store, making it an ideal companion for various water activities such as kayaking, sailing, and canoeing.Whether you're a professional or a recreational water sports enthusiast, the NNEOBA Rope Throw Bag provides peace of mind with its reliable and durable design. Stay safe and prepared with this indispensable water rescue tool.Pack Includes1 Throw Line BagNotePlease allow slight variations in measurements due to manual measuring and different monitor displays.