Duotone Blur D/LAB 2026

Duotone Blur D/LAB 2026Introducing the Duotone Blur D LAB, the ultimate surfboard engineered for pure wave riding. Designed to excel in medium to big waves, this board has been expertly crafted for performance for some of the best in the sport. Trusted by team riders James Carew, Matchu Lopes, and Pedro Matos, the Blur D LAB shines in challenging conditions, such as the iconic wave One Eye in Mauritius or the powerful Ponta Preta in Cape Verde. As a wave specialist, the

Introducing the Duotone Blur D/LAB, the ultimate surfboard engineered for pure wave riding. Designed to excel in medium to big waves, this board has been expertly crafted for performance for some of the best in the sport. Trusted by team riders James Carew, Matchu Lopes, and Pedro Matos, the Blur D/LAB shines in challenging conditions, such as the iconic wave One Eye in Mauritius or the powerful Ponta Preta in Cape Verde. As a wave specialist, the Blur D/LAB features maximum rocker to facilitate tight turns in the steepest sections of the wave. This design ensures that riders can carve with precision and control, making it easier to navigate powerful swells and execute sharp maneuvers. The round tail enhances stability and control at speed, allowing for smooth transitions and confident handling when charging down the line. Whether you’re tackling big waves or looking to improve your turns, the Blur D/LAB is designed to meet the demands of medium to advanced wave riders. Constructed with Innegra, the board boasts exceptional vibration dampening and crack resistance, ensuring durability in heavy surf. The inclusion of the RMF (Reflex Memory Foam) Shock Absorber 3.0 offers unparalleled comfort, enhancing your overall experience and feeling on the wave. With a carbon construction, the Blur D/LAB delivers the most responsive ride possible, allowing riders to make quick adjustments and fully engage with the wave. Experience the thrill of wave riding with the Duotone Blur D/LAB 2026 and take your skills to the next level in proper wave conditions.