Designed for pump, glide and distance

This configuration is aimed at riders who want to maximize glide efficiency, extend pumping distance and maintain speed with minimal energy loss. Whether used for freeride sessions, downwind runs or pure pumping challenges, the setup is tuned for long, efficient flights and controlled handling.

Glide 2.0 SLS – more lift, better efficiency

The Glide 2.0 SLS represents the evolution of the original Glide concept, with a stronger focus on pump and glide performance. A more cambered profile generates additional lift, while the updated outline keeps more surface area concentrated near the center of the wing where most lift is produced.

Thin, low-drag tips reduce resistance and improve roll responsiveness. The result is:

• Earlier take-off

• Lower stall speed

• Higher lift-to-drag ratio

• Longer, more efficient glide

The increased aspect ratio also supports smoother downwind performance and stable pumping flow.

Stabilizer H – projection and pumping efficiency

The Stabilizer H is specifically designed to match glide- and pump-oriented front wings. Its high aspect ratio and straight outline enhance projection and reduce drag, helping riders maintain speed over longer distances.

The special profile improves pumping efficiency while maintaining low stall characteristics, delivering a balanced combination of speed retention and low energy consumption.

Mast Aero SLS – maximum stiffness and direct feedback

The Aero SLS mast is the stiffest mast in the Duotone lineup. With high torsional and bending stiffness, it delivers extremely direct steering response, especially when paired with larger span front wings.

This rigidity translates into cleaner pumping motion, better directional stability and more precise control under load.

Fuselage Aero AL 3BS – reduced cross-section, increased strength

The aluminum Aero AL 3BS fuselage features a reduced cross-section to lower drag while increasing structural strength. Recessed stabilizer mounting improves hydrodynamics, and weight-saving cut-outs near the front wing mount minimize unnecessary mass.

Together, these elements create a highly efficient and durable freeride and downwind foil platform.