Monobloc-Tail S D/LAB

Carbon Tail + S-Stab for D/LAB Foils

The Monobloc Tail S D/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 S D/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 S D/LAB is designed to deliver the perfect balance of agility and control.

Experience precision, flow, and innovation with the Monobloc Tail S D/LAB – the ultimate tail for swell-focused foiling

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.

SPECS