Duotone Float SLS 2026

Duotone Float SLS 2026

The Duotone Float SLS 2026 (brown) is a Wingfoil wing, Wings specifically designed for days with minimal wind. This 2026 model from Duotone is suitable for both the novice foiler and the pro who wants to get the most out of light breezes. Because of the light materials and the specific design you can effectively take to the water with very little pressure.

Everything about the Duotone Float SLS 2026

In the world of wingfoiling, SLS stands for Strong Light Superior. For this Duotone Wingfoil wing this means that Penta TX material and a MOD3 canopy are used for a stiff and light frame. The wing has a high aspect ratio which provides a large wingspan and lots of elevator. You use this wing in combination with the Fusion Boom which must be purchased separately for instant control. The stiff leading edge ensures that the shape is maintained while flying. Thanks to the one pump system with the Airport Valve, you are quickly ready for your session. The profile of the wing is designed so that you experience stability while gliding over the water.

Features of the Duotone Float SLS 2026

• Penta TX leading edge construction
• Rigid MOD3 canopy material
• High aspect ratio for light wind
• Compatible with Fusion Boom system
• Airport Valve inflation system
• Optimized profile for early elevator
• Lightweight SLS technology design

Reviews from the Wingfoilers

User experiences show that this wing reacts very instantly as soon as there is a breeze. Foilers report that the low weight helps to keep the wing easily airborne during transitions. The stability of the canvas in gusts is also mentioned as a positive and reliable feature by foilers of different levels.

Information sources:For this description, information was used from the official Duotone Wing-foiling website and technical specifications from international surf shops such as Surfpirates and Kitemana. The focus was on the SLS construction, the use of Penta TX and MOD3 materials and the specific light weather characteristics of the Float series.