The Armstrong Carbon Mast Mk II is the ideal entry point into Armstrong’s carbon mast range, delivering the proven benefits of carbon construction in a refined, durable, and accessible package. Redesigned from Armstrong’s original carbon mast platform, the Mk II combines reliable stiffness, smooth handling, and predictable control to create a mast that performs across a wide range of foiling disciplines.
Built around a 15.8 mm profile, the Carbon Mast Mk II prioritizes stability and confidence on the water. Its balanced design delivers a smooth and forgiving ride with excellent control through turns, touchdowns, and variable conditions, making it the perfect choice for everyday riding and for those stepping up from aluminum to carbon.
With a consistent 0° geometry across all sizes, the Mk II promotes earlier takeoffs, improved lift, and a familiar feeling underfoot, ensuring an easy transition from Armstrong’s Alloy system while benefiting from the increased responsiveness and efficiency of carbon construction.
The Armstrong Carbon Mast Mk II features an optimized 15.8 mm mast profile designed to provide a stable and predictable ride. Its refined shape balances stiffness and forgiveness, creating smooth handling and reliable control whether cruising, carving, wingfoiling, surfing, or downwinding.
Drawing from the development of Armstrong’s premium performance mast program, the Mk II benefits from advanced carbon construction techniques and an improved layup schedule. This delivers enhanced rigidity and responsiveness while maintaining an accessible price point.
Built for long-term durability, the Carbon Mast Mk II is designed to withstand regular use, transportation, and repeated assembly without compromising performance. Its robust construction ensures riders can enjoy the benefits of carbon season after season with complete confidence.
The result is a mast that offers the perfect balance of stability, control, durability, and carbon performance, making it one of the most versatile options in the Armstrong range.


