Duotone Lift Front Wing

Description

Discover the joy of flying above water with the new Duotone Lift Front Wing – the ultimate entry-level foil.

Designed with beginners and schools in mind, the Lift brings the thrill of foiling to everyone, regardless of experience or size. The Lift 2400cm² offers exceptional stability and ease of use, ideal for learners and heavier riders. Its high-lift profile enables “passive” take-offs in under 10 knots, while effortlessly gliding through 5-6 knot patches. Despite its beginner-friendly design, the Lift provides surprising speed and turning potential, appealing to improving riders as well.

Featuring a durable Glass layup, the Lift combines affordability with performance. With an aspect ratio of 5.1 and rounded safety-oriented wing tips, it’s compatible with all new Duotone Aero and Fanatic fuselages.

Experience the thrill of foiling with the new Lift – where stability meets affordability for an unmatched entry-level experience.

Features:

• Light Wind Performance – Gets up in under 10 knots and flies through 5-6 knot patches with ease, maximizing your time on the water.
• Stability – Superb stability and ease of use make it ideal for learners and heavier riders, ensuring a smooth learning curve.
• Versatility – Surprisingly fun for improving riders with good speed and turning potential, extending the wing’s usability beyond the beginner stage.
• Accessibility – A slightly higher angle of attack ensures easy take-off, improved balance, and enhanced control, benefiting riders of all levels.
• Construction – Strong, durable, and budget-friendly glass layup offers excellent performance at an accessible price point.
• Aspect Ratio – Aspect Ratio of 5.1 balances stability and performance for an optimal entry-level experience.
• Efficiency – Larger chords and maximum surface area result in very low stall speed, making it easier to get and stay foiling.
• Lift – High lift profile enables “passive” take-offs, boosting the learning curve for beginners.

Specs

Paddles Features Technology