Duotone PX D/LAB Monobloc Tail

Duotone PX D/LAB Monobloc Tail sets a new benchmark in efficiency, control, and agility. Built from a one-piece HM Carbon layup, this tail design minimizes drag while maximizing performance, giving riders a seamless blend of speed, glide, and precision.

Designed with tailored fuselage lengths for each size, the PX D/LAB delivers unmatched responsiveness and dynamic handling, especially at higher speeds. The PX160 provides lift comparable to the PX175 screw-on stabilizer, but with tighter control and improved agility, while the PX145 offers enhanced speed and fluid carving.

Perfect for wing foiling, prone foiling, and assist-powered sessions, this versatile tail adapts across medium to small front wings, offering exceptional stability and performance in any setup.

• Drag Minimization – Engineered for the lowest possible drag, delivering unmatched glide and efficiency.

• Ultra-Efficient Carbon Build – One-piece D/LAB HM Carbon construction for maximum performance per size.

• Tailored Fuselage Lengths – Each size optimized for agility, precision, and smooth control.

• Fluid Turning – Responsive turning for dynamic maneuvers at higher speeds.

• Versatile Performance – Compatible with all D/LAB foils; best paired with Carve 3.0 D/LAB, Crest D/LAB, and Glide D/LAB.

• Sizing Options – Available in 37 cm / PX160 and 40 cm / PX145; intended to be sized down for refined control.

Experience maximum fluidity, reduced drag, and uncompromising performance with the Monobloc Tail PX D/LAB – the ultimate upgrade for riders pushing their limits.

• Integrated Construction – Seamless one-piece Carbon tail and stabilizer with integrated connection for D/LAB front wings.

• PX160 Tail Design – 37 cm tail length (~60 cm total fuselage) provides agile performance for medium to larger front wings.

• PX145 Tail Design – 40 cm tail length (~63 cm total fuselage) delivers a balanced feel for smaller front wings.

• Advanced Carbon Layup – Computer-simulated D/LAB layup with a specific Carbon blend using HM and IM fibers for optimized flex and stiffness.