EVA Boat Flooring Kit for 2005 Four Winns Horizon 200 – Sport Bowrider Marine Flooring & Non Slip Deck Upgrade for 20ft H-Series Boats

Upgrade your 2005 Four Winns Horizon 200 with a custom EVA foam flooring kit designed specifically for 20ft H-Series sport bowrider boats used in everyday recreational boating and watersports.

The Four Winns Horizon 200 is part of the H-Series lineup and represents a standard sport bowrider configuration that balances usability, performance, and accessibility.

With its 20ft size, it is easy to tow, launch, and operate, making it a popular choice for families and recreational boaters.

The open bow layout provides flexible seating and space for social boating, watersports, and casual outings.

Over time, high-traffic areas such as the cockpit floor, bow seating zone, and swim platform experience wear from UV exposure, water, and frequent use.

This EVA flooring system provides a practical upgrade solution, replacing traditional marine carpet or worn surfaces with a clean, non-slip, and easy-to-maintain marine surface.

Made from high-density 6mm EVA foam, the flooring improves underfoot comfort while enhancing safety during movement and boarding.

Designed for sport bowrider environments, the material resists UV exposure, water, and staining, ensuring long-term durability.

The anti-slip surface improves safety for passengers during recreational activities.

This upgrade transforms your Four Winns Horizon 200 into a cleaner, safer, and more functional sport boating platform.

Compatibility

Designed for 2005 Four Winns Horizon 200
Suitable for cockpit floor, bow seating, swim platform, and deck walkways

Key Features

Designed for 20ft sport bowriders
H-Series standard platform
Replaces marine carpet with EVA flooring system
6mm high-density foam for comfort and durability
Non-slip surface improves onboard safety
UV and water resistant material
Optimized for everyday boating use

Customization Options

• Neutral or sport color options
• Boat name engraving
• Layout optimized for H200 structure