Taylor Made Ring Buoy Holder with 30 ft Heaving Line for Marine Safety

• Ring holder is constructed from anodized aluminum
• Fits all sizes of ring buoys
• Comes complete with 30 mildew resistant, white U.V. polypropylene floating heaving line with attached rope float
• Float also sold separately for use with swim area floating ropes or nets
• Accommodates rope up to 3/8 in diameter

Ensure quick and reliable rescue operations with the Taylor Made Ring Buoy Holder with 30 ft Heaving Line. Crafted from durable anodized aluminum, this ring buoy holder is designed to fit all sizes of ring buoys, providing a secure and corrosion-resistant mounting solution for marine environments. The included 30-foot mildew-resistant, UV-protected polypropylene floating heaving line features an attached rope float, making it highly visible and easy to deploy in emergency situations. The line is suitable for use in various water conditions and can accommodate ropes up to 3/8 inch in diameter, offering versatile compatibility with different rescue equipment. Its robust construction and reliable design make it ideal for boats, docks, and rescue stations where quick access to life-saving gear is essential. The float can also be purchased separately for use with floating ropes or nets in swim areas, providing additional safety options. This comprehensive rescue setup ensures that lifesaving equipment remains accessible, organized, and ready for immediate deployment when needed. Its compact dimensions and lightweight design make installation and maintenance straightforward, ensuring durability and performance over time in demanding marine environments.

Features:

• Constructed from anodized aluminum for corrosion resistance and durability

• Fits all sizes of ring buoys for versatile use

• Includes a 30 ft mildew-resistant, UV-protected polypropylene floating heaving line with attached rope float

• Float sold separately for use with floating ropes or nets in swim areas

• Accommodates ropes up to 3/8 inch in diameter for flexible compatibility