Dakine Kahu Surf Hat Cascade Camo - XX-Large

Whether you’re beachbound, catching a wave, or cruising a boat deck, the Dakine Kahu Surf Hat in Cascade Camo is built to shield you without weighing you down. The XX-Large size offers ample coverage, while a lightweight nylon build keeps the hat feeling breezy and easy to wear all day. The design blends practical sun protection with water-ready performance, so you can focus on your day rather than your gear.

Extended shade for eyes and skin

The extended front brim provides extra sun coverage where it matters most, helping reduce glare and eye strain as the sun moves across the sky. Whether you’re mid-splash or strolling a sun-warmed boardwalk, this hat helps you stay comfortable.

• Front brim delivers extra sun coverage for eyes and skin
• UPF 50+ protection guards against UV exposure
• Lightweight nylon construction
• Floating design helps keep the hat within reach on the water

All-day comfort in a lightweight package

The Kahu combines a soft inner lining with a streamlined silhouette to minimize bulk while maximizing comfort. The lightweight feel makes it easy to wear from dawn patrol to sunset sessions, reducing fatigue and distraction on long days outdoors.

• Soft lining for continued comfort
• Lightweight nylon for easy wear
• Quick-drying performance after splashes and spray
• Designed to float if it slips away during water moments

Water-ready performance for diverse adventures

Designed with water use in mind, the Kahu’s fabric and construction support quick drying and reliable flotation, so you can switch between land and water activities with less gear fuss. The Cascade Camo adds a rugged, outdoor-ready look that coordinates well with beachwear or boardshorts.

• Quick-drying nylon that meets everyday outdoor needs
• Floating hat for added peace of mind near water
• Weather-friendly, durable construction
• Cascade Camo pattern for versatile style

Note: These features are designed to enhance comfort and practicality during outdoor activities. Individual results may vary by conditions and usage.