The Firewire Neutrino 5'7 is Tomo's all-conditions small wave charger, designed to generate speed and performance in surf where most boards come up short. At 5'7 and 31.5 liters, the Neutrino Square delivers the drive, float, and wave-catching ease of a board much larger than its footprint suggests. Its ultra-parallel outline and Quad-In-Single-Concave Modern Planing Hull bottom make it equally capable in ankle-high beachbreak slop and solid overhead surf, a genuinely useful combination for surfers at any level.

• Outline: Ultra-parallel with narrow wide point placement for a longer effective rail line, effortless rail-to-rail transitions, and a combination of drive and maneuverability through turns.
• Bottom Contour: Quad-In-Single-Concave Modern Planing Hull (MPH) by Tomo for speed generation in weak surf and controlled hold through powered-up sections of the wave face.
• Tail: Wide square chop tail maximizes planing surface for drive and speed in gutless waves while maintaining control and response when the surf has more juice.
• Volume: 31.5 liters at 5'7, accessible volume providing confident paddling and wave catching across a wider range of surfers, conditions, and skill levels than the smaller Neutrino.
• Construction: Firewire Helium with I-Bolic 2.0 featuring i-beam core construction, high-density foam rail panels, and a carbon strip bottom deck inlay for strength, controlled flex, and lasting performance.
• Ideal For: Surfers seeking a small wave board with genuine range from weak gutless beachbreak to overhead surf. Compatible with Futures fin systems for versatile fin setup options.

Sizing: The 5'7 / 31.5L suits surfers from approximately 140 to 180 lbs seeking a high-performance small wave option with solid paddle power. The 5'6 at 30L suits lighter or more performance-focused surfers who prioritize maximum response.

Care: Rinse with fresh water after every session. Avoid prolonged heat and UV exposure. Repair dings promptly to maintain the Helium construction's performance and waterproof integrity over time.