Monobloc-Tail H D-LAB

The D-LAB Monobloc-Tail H, designed to match the Glide 3.0, Hyperglide, and Amp 2.0 foils, is the ideal choice for Downwind Foiling, Parawing, and all riders seeking maximum glide efficiency. Its High Aspect design maximizes performance, allowing you to stay airborne longer, easily connect bumps, and reduce fatigue during longer sessions.

Compared to more playful or speed-oriented stabilizers, the D-LAB Monobloc Tail H prioritizes glide and directional stability, proving particularly effective for downwind foiling and for wingfoilers looking to freefly. For riders seeking maximum speed, the PX stabilizer remains the ideal choice. Available in two optimized sizes, the Monobloc Tail H ensures the perfect match with the entire Glide 3.0 range. The 130 version (43 cm tail length) is optimized for smaller, faster front wings, while the 150 (40 cm tail length) supports larger foils, offering greater lift and stability.

Thanks to extended compatibility via the new AL 3BS Frontpiece, the Monobloc Tail H can also be used with setups such as the Amp 2.0 SLS and the larger Glide 3.0 SLS foils, further expanding its versatility. Made with Duotone’s exclusive D-LAB construction, the Monobloc Tail H offers maximum stiffness, minimal drag and consistent performance.

Technical Data Sheet:

Main features:

Optimised for the Glide range Specifically calibrated to match the Glide 3.0, Hyperglide and Amp 2.0 setups, ensuring maximum efficiency and performance, as well as improving pumping and planing efficiency for the Crest range.

High Aspect Performance The high aspect design minimizes drag and maximizes efficiency, allowing riders to stay on the foil longer with less effort.

Maximum Glide Efficiency Designed for sustained glide, efficient pumping and consistent flight in a wide variety of foiling disciplines.

Monobloc Efficiency The monobloc design combines low resistance, direct response and efficient power transfer.

Optimized for pumping Easily connect waves, extend planing phases and maintain speed even in low energy conditions.

Stable and predictable control Excellent directional stability offers smooth sailing and instills confidence, especially in downwind and freefly conditions.