TaylorMade Storm Gard Fender 6.5 ft x 22 ft Onyx B – Durable Marine Fender for Boat Protection

Black Onyx; Ribbed; Cylinder; 6-1/2 Inch Diameter x 22 Foot Length For 20 Foot To 25 Foot Boat; Inflatable Vinyl; Reinforced Molded-In Eyelets; Single; For Marine Applications

The TaylorMade Storm Gard Fender 6.5 ft x 22 ft Onyx B is designed to provide reliable protection for your boat during docking and mooring. Made from high-quality materials, this fender offers excellent durability and resistance to harsh marine environments. Its robust construction helps absorb impact and prevent damage to your vessel, ensuring peace of mind during every outing. The sleek Onyx B color adds a stylish touch to your boat's exterior, combining functionality with aesthetic appeal.
This fender's size makes it suitable for a wide range of boat types, providing ample coverage for secure and safe docking. Its lightweight design simplifies handling and installation, making it convenient for boat owners to set up and adjust as needed. Whether you're docking at a busy marina or anchoring in calm waters, the TaylorMade Storm Gard Fender delivers dependable performance in protecting your investment.
Constructed with attention to quality, this marine fender is an essential accessory for boat owners seeking long-lasting, effective protection. Its versatile design suits various vessel sizes, and its sturdy build ensures it withstands the rigors of regular use. Invest in the TaylorMade Storm Gard Fender to enhance your boat's safety and maintain its pristine condition over time.

Features:

• Size: 6.5 feet long and 22 feet in circumference for broad coverage

• Material: High-quality, durable marine-grade construction for extended use

• Color: Onyx B provides a sleek, stylish appearance

• Design: Impact-absorbing for effective vessel protection during docking

• Lightweight: Easy to handle, install, and adjust for convenience

• Versatile: Suitable for various boat sizes and marine applications

• Weather Resistant: Built to withstand harsh marine environments without degrading