C1 Carbon

Introducing SharpEye’s high-performance C1 surfboard construction, crafted with precision using advanced materials for unmatched performance in the water.

Key Features:

• Lightweight and buoyant 36g closed cell EPS foam core for exceptional floatation and sensitivity.
• Full wrap of High Modulus 160g multi-directional carbon fibre sourced from Japan delivers unparalleled stiffness and strength for maximum energy transfer and responsiveness.
• Additional wrap of 4oz E-glass provides outstanding durability and impact resistance, ensuring the board's longevity and protection against dings.
• Reinforced fin and leg rope plugs with 2 x 4oz patches for added strength and stability.
• Vacuum bagging construction technique ensures precise epoxy resin infusion, even lamination, and reduced weight for enhanced strength and performance.

Benefits:

• Unmatched Performance: The combination of EPS foam, High Modulus carbon fibre, E-glass and aero-space grade epoxy resin, optimises the board's performance capabilities, allowing for quick acceleration, powerful turns, and exceptional control on the wave.
• Lightweight Design: The careful selection of materials and construction techniques results in a lightweight surfboard, enhancing performance, paddle efficiency, and strength.
• Durability and Impact Resistance: The carbon fibre reinforcement and E-glass provide excellent durability, protecting the board against impacts and maintaining its structural integrity even in challenging conditions.
• Maximum Responsiveness: The stiff and responsive characteristics of the High Modulus carbon fibre enable instant energy transfer, allowing the surfer to experience unmatched speed, responsiveness, and a direct connection with the wave.

Experience the unparalleled performance of C1-Carbon technology. This construction uses advanced materials to maintain superior flex for an extended period, surpassing all existing constructions. The resulting construction maintains its spark for longer and provides instantaneous energy transfer for unmatched speed generation and responsiveness.

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