Duotone Soar SLS 2027

The Soar SLS 2027 is a high-performance Kitefoil board designed for efficient take-offs, smooth handling, and intuitive control. With increased volume under the front foot, it provides easier water starts, particularly in Light Wind conditions. The refined shape and optimized rail geometry improve tracking and upwind performance, allowing riders to maintain speed and direction with less effort. A high nose rocker and increased surface area provide forgiving touchdowns and smooth recovery. The full Carbon Construction ensures a lightweight and stiff build for precise feedback and responsive handling. Multiple foot strap insert options allow for a fully customizable stance to match individual preferences and riding styles. The High-Performance Kite Foil Board for effortless flight & control :Experience smooth, efficient flight with intuitive handling and precise control, achieved through a carefully balanced shape and optimized volume distribution designed for maximum efficiency across all foil conditions. ;Easier water starts, especially in light wind :Get up on foil faster with less effort thanks to increased volume under the front foot, improving buoyancy and making water starts smoother and more forgiving in marginal conditions. ;More forgiving, confidence-boosting touchdowns :Recover effortlessly from touchdowns and maintain flow during transitions, enabled by a high nose rocker and increased surface area that soften impacts and enhance stability. ;Sharper control & enhanced responsiveness :Ride with greater precision and direct feedback, achieved through a lightweight and stiff Full Carbon Construction that maximizes responsiveness during flight. ;Perfectly tuned stance for your riding style :Dial in your ideal riding position for maximum comfort and control, thanks to multiple foot strap insert options allowing full customization of stance width, angle, and position. ;Easier upwind riding with more efficient tracking :Ride higher upwind angle with less effort and improved consistency, made possible by optimized rail geometry that enhances tracking and directional stability.