Wing NeilPryde Fly III C1 Petrol 2025

Introducing the FLY III – the latest evolution in our quest to deliver unparalleled wing performance. Building on the solid foundation of the FLY series, the 2025 FLY III takes everything you loved about its predecessor and refines it for even greater speed, control, and versatility across a wide range of conditions. What’s New? » Enhanced Leading Edge Stiffness: We‘ve significantly increased the stiffness of the leading edge (LE), allowing the FLY III to maintain its shape under high loads and deliver superior control in strong winds. This enhancement results in better speed, quicker acceleration, and improved upwind performance, all without sacrificing the early take-off that the FLY series is known for. III Pro a formidable tool in strong wind conditions, without sacrificing the easy take-off that pros and enthusiasts alike have come to rely on. » Refined Shape and Twist: The FLY III features a carefully refined shape and twist, engineered to work in harmony with the increased LE stiffness. These adjustments not only boost overall performance but also provide a more controlled and stable ride, especially when conditions become challenging. Designer's insight: “For the FLY III, our focus was on refining what was already an exceptional wing. By increasing the leading edge stiffness and fine-tuning the shape, we’ve achieved a wing that not only excels in speed and control but also offers a more stable and confident ride in strong winds. It’s about pushing the boundaries while keeping the FLY’s signature versatility intact.” The FLY III is the pinnacle of performance, designed for riders who demand more from their wing. Whether you’re pushing for new speeds, tackling strong winds, or simply enjoying the thrill of flight, the FLY III is ready to take your experience to the next level. 100% Transverse Canopy Paneling The new panel layout that perfectly aligns material with the load paths. This is especially important in the critical leading edge where tension is a primary driver of performance. The trailing edge where proper engineering adds stability and drastically increases the lifespan of the materials.