Description
Taylor Made Storm Gard Fender Emerald Green | Boat Supply Store
Protect your hull from abrasive dock contact and vessel-to-vessel impacts with the Taylor Made Storm Gard™ fender. Engineered with a robust vinyl construction, this 5.5" x 20" fender provides critical impact absorption for boats ranging from 15 to 20 feet. Its reinforced, molded-in eyelets ensure secure attachment points, while ribbed sides minimize unwanted rolling against the hull, maintaining consistent protection during mooring or in rough conditions. The integrated color agents enhance its visual appeal and resilience to UV degradation, backed by a lifetime warranty against splitting or bursting.
Key Features
- Reinforced molded-in eyelets for secure tethering
- Ribbed sides minimize fender roll for consistent protection
- Integrated color agents provide enhanced luster and UV resistance
- Superior durability from heavy-duty vinyl construction
- Lifetime warranty against splitting or bursting
- Optimal size for 15' to 20' vessels
- Vibrant Emerald Green color enhances boat aesthetics
- Easy inflation for immediate deployment
Specifications
| Product Specifications | |
|---|---|
| Brand | Taylor Made |
| Model | Storm Gard™ |
| Size | 5.5" x 20" |
| Color | Emerald Green |
| Material | Vinyl |
| Boat Size Suitability | 15' to 20' |
| Eyelet Reinforcement | Reinforced, molded-in eyelets |
| Side Design | Ribbed sides |
| Warranty | Lifetime warranty against splitting or bursting (from normal use) |
Who This Is For
Boat owners with vessels ranging from 15' to 20' requiring dependable hull protection. Ideal for those who prioritize longevity and robust construction for their docking and mooring needs.
How It Compares
| Feature | Taylor Made Storm Gard Fender Emerald Green | Polyform G |
|---|---|---|
| Size (W x H) | 5-1/2 x 20 | 5.5 x 20 |
| Material | Vinyl | Polyethylene |
| Eyelet Reinforcement | Reinforced, molded-in eyelets | Molded-in eyelets |
| Color Luster Enhancement | Integrated color agents | Standard color |
| Warranty | Lifetime warranty against splitting or bursting | Limited warranty |
Common Concerns Answered
How do I ensure the fender is inflated to the correct pressure?
Proper inflation is critical for fender performance and longevity. Use a reliable fender pump or a standard low-pressure air pump, and consult your boat's manual or a marine supply professional for recommended pressure ranges. Over-inflation can stress the vinyl, while under-inflation reduces protective effectiveness.
Will the vibrant Emerald Green color fade over time?
The Taylor Made Storm Gard™ fender incorporates integrated color agents specifically designed to provide added luster and resist fading from prolonged direct sunlight exposure, maintaining its aesthetic appeal significantly longer than standard fenders.
Is this fender a good investment compared to cheaper alternatives?
The Storm Gard™ fender's price point reflects its superior construction, including reinforced eyelets and durable vinyl, and its comprehensive lifetime warranty against splitting or bursting. This long-term value and enhanced protection offer a justifiable investment over less robust, shorter-lived alternatives.
Frequently Asked Questions
What size boat is the Taylor Made Storm Gard™ fender suitable for?
The Taylor Made Storm Gard™ fender is specifically designed for boats ranging from 15 to 20 feet in length.
What are the dimensions of the Taylor Made Storm Gard™ fender?
The Taylor Made Storm Gard™ fender measures 5.5 inches in diameter and 20 inches in length.
What material is the Taylor Made Storm Gard™ fender made of?
This fender is constructed from heavy-duty, reinforced vinyl.
Does the Taylor Made Storm Gard™ fender come with a warranty?
Yes, the Taylor Made Storm Gard™ fender is backed by a lifetime warranty against splitting or bursting under normal use conditions.
How do I properly inflate the Taylor Made Storm Gard™ fender?
Inflate the fender to the recommended pressure using a low-pressure air pump or a dedicated fender inflator. Avoid over-inflation, which can damage the material and reduce its shock-absorbing capabilities.
