Duotone Monobloc-Tail SD/LAB

The Monobloc Tail SD/LAB marks a new era in our foil program, delivering minimal drag, high efficiency, and optimized performance for swell-powered riding. This one-piece carbon tail and stabilizer is engineered to reduce drag to an absolute minimum, increasing speed and glide for exceptional wave-riding performance. Ideal for riders who demand the best, the Monobloc SD/LAB is purpose-built for fluid transitions and seamless control. With its optimized "sweet spot" fuselage length, the Monobloc S suits a wide range of riders and provides a balanced, reactive ride. Its fluid turning response makes it a top choice for prone and downwind foilers chasing clean lines on swell.Perfectly paired with the Crest D/LAB and Glide D/LAB front wings, the Monobloc S unlocks the full potential of swell-powered foiling.Constructed with a computer-simulated D/LAB layup, the tail integrates a carefully tuned blend of HM and IM carbon fibers, delivering exceptional flex characteristics, strength, and durability. Available in size 40 cm / S160 (resulting in a 63 cm total fuselage length), the Monobloc SD/LAB is designed to deliver the perfect balance of agility and control. Experience precision, flow, and innovation with the Monobloc Tail SD/LAB – the ultimate tail for swell-focused foiling.

Key Features

• Swell Performance : Built for swell-powered riding: ideal for Prone and Downwind Foiling, as well as FreeFly Wing Foiling in a strapless setup.
• Optimized Length : 40cm tail (63cm total fuselage) strikes the ideal balance between agility and control.
• Integrated Design : One-piece Carbon tail and stabilizer with integrated connection to D/LAB front wings ensures clean compatibility and optimal stiffness.
• Fluid Turning : Offers smooth, responsive turning - ideal for downwind runs and wave transitions
• Efficiency : Superior performance per size delivers maximum performance across all conditions.
• Drag Reduction : Designed for minimal drag, maximizing glide, speed, and efficiency
• Advanced Layup : Computer-simulated D/LAB-specific carbon construction uses a strategic blend of HM and IM fibers for tuned flex, responsiveness, and durability.

Technical Specifications