Faster, Lighter, Stronger
EKAHI carbon surfboards are designed for surfers looking for speed, strength and responsiveness in a modern high-performance construction. Built with EPS foam, premium epoxy resin, fiberglass, carbon fiber and vacuum bagging technology, they deliver a light, lively and durable feel under your feet.
From shortboards and hybrids to midlengths and longboards, our carbon range is made to cover a wide variety of conditions: fast beach breaks, clean point waves, everyday sessions and more powerful surf. Each board is designed to generate speed, maintain control and transfer energy efficiently through turns.
With a precise flex pattern, reinforced carbon construction and premium fin setups, EKAHI carbon surfboards offer a fast, responsive and reliable alternative to traditional PU boards.
Our carbon surfboards combine lightweight EPS cores, epoxy resin and carbon fiber laminations to create boards that feel fast, direct and responsive. Our epoxy finish is also designed to resist yellowing over time, helping the board keep a cleaner and more premium look session after session. The goal is simple: better acceleration, stronger durability, a more controlled flex under pressure and a cleaner look over time.
Carbon Flexlite Technology combines a high-density EPS foam core, premium epoxy resin, fiberglass and 3K carbon fiber with a controlled vacuum bagging process.
The deck uses plain weave carbon fiber to improve strength and resistance under the surfer’s feet, while the bottom uses twill weave carbon fiber to create a more responsive and dynamic flex pattern. This construction helps the board feel light, fast and lively, while maintaining the durability needed for regular surf sessions.
The vacuum bagging process improves resin distribution, reduces excess weight, limits air bubbles and creates better adhesion between the different layers. The result is a cleaner, stronger and more consistent construction compared with traditional hand-laminated boards.
A carbon surfboard is not only about being lighter. The real benefit comes from the combination of controlled flex, improved strength, fast response and long-term durability. EKAHI carbon boards are built for surfers who want a board that accelerates quickly, holds speed through flat sections and reacts instantly when pushed on rail.
Compared with traditional PU constructions, our EPS epoxy carbon technology is designed to reduce weight, improve resistance to heel dents and deliver a more consistent feel over time. Whether you choose the 53 for versatility, the CHANNELS for high-performance surfing, the MID for smooth lines or the LONG for classic glide with modern construction, the goal remains the same: speed, control and confidence in the water.
Our carbon surfboard range is made for surfers who want modern performance without losing reliability. From powerful turns to fast down-the-line sections, each model is developed to bring the right balance of drive, responsiveness and durability.
A lightweight construction that helps the board accelerate quickly and maintain its energy through slower sections.
A more controlled flex that lets you feel the board respond quickly under your feet, especially on rail.
Greater resistance to pressure dents underfoot and to everyday wear than a classic construction.
Compared with traditional PU constructions, carbon EPS epoxy technology is designed to reduce weight, improve resistance to pressure dents, and deliver more consistent sensations over time. PU boards remain a classic option, but EKAHI carbon is made for surfers looking for speed, control and confidence in the water.
Every EKAHI carbon model has been designed with a specific surfing approach in mind. Choose your board according to your level, your conditions and the type of lines you want to draw.
A high-performance shortboard made for speed, precision and sharp turns. Ideal for surfers looking for a responsive board in quality waves.
A versatile hybrid board designed to generate speed easily and perform across a wide variety of conditions.
A performance shortboard with channels, designed to deliver hold, acceleration and control.
A modern board inspired by twin-fin surfing, with speed, flow and a playful feeling under your feet.
A modern midlength designed for smooth paddling, easier wave entry and stylish turns.
A twin-fin midlength with channels, designed for speed, projection and long, fluid lines.
A classic single-fin longboard feeling with a modern carbon construction, designed for beautiful lines.
A full-carbon longboard designed for glide, stability and speed, with a lighter construction.
For a single, versatile board, start with the 53. For more committed surfing, look at the SQUASH or the CHANNELS. For more glide and flow, go for the MID, the TWIN ROCKET, the SINGLE or the LONG.
No. EKAHI carbon surfboards are performance-oriented, but several models are accessible to progressing surfers. The 53, MID and longer shapes can suit a wide range of levels depending on the size chosen.
Carbon EPS epoxy constructions are designed to offer better resistance to pressure dents and daily wear than many traditional PU boards. However, no surfboard is indestructible. Strong impacts, rocks, heavy shorebreaks or poor transport can still damage the board.
A carbon surfboard offers a lighter, faster and more responsive feel. It can also provide better resistance to heel dents and long-term wear. PU boards remain a classic option, but EPS epoxy carbon construction is ideal for surfers looking for speed, durability and modern performance.
The colored deck helps reduce heat absorption compared with a fully black carbon deck. It also helps limit wax melting and keeps a cleaner look, while the visible carbon bottom keeps the premium carbon identity.
Yes. EKAHI carbon surfboards are sold with high-performance fins included, according to the model and fin setup.
Choose the 53 for versatility, the SQUASH or CHANNELS for high-performance surfing, the 22 for a fast twin-fin feel, the MID or TWIN ROCKET for glide and flow, and the SINGLE or LONG for longboard-style surfing with modern carbon construction.
