O'Neill Youth Hyperfreak 4/3+ Chest Zip Full

O'NEILL YOUTH HYPERFREAK FIRE 4/3+ CHEST ZIP FULL

When Cold Hawaii calls, it's about being in the water – not on land.

The O'Neill Youth Hyperfreak Fire 4/3+ Chest Zip Full is a technically advanced junior surf suit that combines high flexibility with extra warmth for cooler conditions. The suit builds on the popular Hyperfreak platform, but with Fire materials, allowing younger surfers to stay in the water longer without losing feel or freedom of movement.

The 4/3+ neoprene construction provides targeted warmth around the core to keep the body comfortable in cold water. The ultra-flexible construction in the shoulders and arms ensures natural paddling and movement. The chest zip entry reduces water ingress and provides a tight, ergonomic fit that works with the body throughout the session. The combination of warmth, light weight and excellent stretch make this suit a strong choice for young surfers who want to maximize their time in the water.

More warmth. More flexibility. More time in the water.

Properties

• 4/3+ neoprene construction with extra warmth in the core and flexible construction in the arms/legs
• FUZE Chest Zip entry system minimizes water ingress and improves fit
• Seamless paddle zones without seams under the arms for natural movement
• Minimal seam design for low weight and increased comfort
• Ergonomic junior fit that follows the body's movements
• Performance-oriented construction for freedom of movement and responsiveness

Materials

• TechnoButter 4 neoprene , O'Neill's latest generation of ultra-flexible, lightweight neoprene
• TechnoButter 4X neoprene in shoulders and arms for maximum stretch and freedom of movement
• TB4 Fire thermal lining , an insulating and quick-drying thermal lining
• Triple glued & blindstitched seams , which reduce water penetration and increase durability
• Fluid Seam Weld Technology in critical areas for improved tightness
• Aqua Alpha lamination , solvent-free adhesive with lower environmental impact
• Recycled components in the neoprene for improved reduced environmental footprint