Duotone Aero Slim 2.0 D/LAB Mast – High-Performance Carbon Mast with Unmatched Precision and Control
The Duotone Aero Slim 2.0 D/LAB Mast is crafted as a high-end, one-piece carbon mast that delivers superior performance, rigidity, and control. With a slim, low-drag profile, this mast enables playful, precise turning and maximum speed, ideal for advanced foilers aiming to elevate their ride. Each size is designed with specific use in mind, featuring high modulus carbon fiber and optimized fiber orientation to achieve exceptional bending and torsional stiffness, ensuring a responsive and controlled foiling experience.
Duotone’s Aero Slim 2.0 D/LAB incorporates a drag-optimized base plate design that significantly reduces resistance, enhancing take-off, touch-down, and landing during jumps. The tapered chord length and thickness provide optimal strength with minimal drag, setting a new standard in high-performance foiling. The mast’s profile is designed for high resistance to ventilation, especially in the longer sizes, ensuring smooth, uninterrupted performance even in challenging conditions.
Compatible with Duotone’s 3BS connection system, the Aero Slim 2.0 D/LAB Mast integrates seamlessly with all 3BS fuselages and D/LAB wings, offering a versatile, reliable setup for a wide range of foiling disciplines.
Key Features of the Duotone Aero Slim 2.0 D/LAB Mast
- One-Piece Carbon Design: High-end construction with a slim, low-drag profile for superior speed and rigidity.
- High Modulus Carbon Fiber: Optimized for bending and torsional stiffness, delivering precise control and stability.
- Drag-Optimized Base Plate: Reduces resistance for smoother take-off, touch-down, and jump landings.
- Available in Three Sizes: 76cm for prone and downwind, 84cm for freestyle and wave riding, and 94cm for freerace and larger surf conditions.
The Duotone Aero Slim 2.0 D/LAB Mast is the choice for foilers looking for exceptional control, speed, and performance. Available at Time 2 Wing for riders ready to experience the best in high-end foiling technology.