Parawing Cloud LW

The Cloud LW Parawing is the version specifically developed for light wind conditions. Designed to maximize power at low speeds, it allows you to take off earlier, extend your sessions, and make the most of conditions that were previously out of reach. Its construction features an all-new 28 g Lightex fabric, combined with a fully optimized canopy to reduce weight to an absolute minimum. The result is a lighter, more responsive wing that remains flying effortlessly in very light winds while generating increased traction. Its dedicated profile delivers an excellent balance of power, stability, and efficiency. Despite its light wind focus, the Cloud LW retains smooth, progressive depower and excellent upwind performance. Perfectly balanced line lengths make maneuvers intuitive and allow the wing to be stowed quickly in a single movement. Like the entire Cloud range, it features color-coded bridles for easier untangling, color-coded front, center, and rear lines, and a simple, intuitive deployment in all conditions. Available in 5.5 m², 6.0 m², and 6.5 m², each size has been specifically developed to deliver maximum efficiency in light winds while maintaining excellent stability and ease of use. Ultra-light weight for maximum performance At just 730 g (5.5 m²), 770 g (6.0 m²), and 810 g (6.5 m²) including the lines but excluding the carbon bar, the Cloud LW is one of the lightest parawings in its category. This significant weight reduction greatly improves drift and flying stability in the lightest winds, reduces fatigue during long sessions, and provides an exceptionally light feel in your hands. Combined with its 130 g carbon bar, it delivers precise, responsive, and highly enjoyable handling, even in the most marginal conditions. To unlock its full potential, we recommend pairing the Cloud LW with a mid-length board offering sufficient volume to maximize glide and make take-offs easier in the lightest winds. The Cloud LW pushes the limits of light wind riding, giving you more time on the water, greater freedom, and outstanding efficiency when conditions become marginal.