Taylor Made 9" Tuff End™ Inflatable Vinyl Buoy - White

The Taylor Made 9" Tuff End™ Inflatable Vinyl Buoy in white is purpose-built for commercial and recreational marine applications where reliability and durability cannot be compromised. This 9-inch inflatable buoy combines heavy-duty seamless construction with injection-molded vinyl end caps tested to 2000 psi tensile strength—the highest standard in the industry—making it suitable for demanding mooring, marking, and anchoring operations where equipment failure is not an option.

The Tuff End design features large line holes that accept standard shackles, with a curved hole geometry that prevents chafing and extends service life in repeated use. At just 1.9 lbs, the buoy remains lightweight enough for easy handling and transport while maintaining sufficient flotation for its rated application. Recommended inflation pressure is 2 psi, allowing operators to maintain consistent buoyancy across varying water conditions and temperatures. The white color ensures high visibility in various lighting and weather conditions, critical for safety in commercial channels and offshore environments where other vessels must clearly identify marked positions.

This buoy serves commercial fishing operations, marine construction crews, channel marking applications, and serious recreational boaters who demand equipment that withstands saltwater exposure, UV degradation, and constant physical stress. Whether anchoring nets, marking hazards, or securing temporary mooring points, the Tuff End delivers the construction quality that justifies its use in professional maritime settings. The 9-inch size offers a practical balance between visibility and portability for both deck storage and rapid deployment scenarios.

Taylor Made's Tuff End line represents the upper tier of inflatable buoy construction, designed specifically to eliminate the premature failures that plague standard vinyl alternatives in commercial use. The seamless body construction eliminates stress points where standard buoys typically split or leak under sustained pressure and abrasion.