KT Alu mast

Masts

Carbon & Aluminum.

All Disciplines.

The Carbon Mast is constructed from a High Modulus (HM) Carbon blend, delivering superior strength and minimal weight.

The Aluminum Mast features a robust foil section with an optimized profile that offers impressive stiffness and minimal drag.

Our Carbon Mast is constructed from a High Modulus (HM) Carbon blend, delivering superior strength and minimal weight. Its straight, zero-taper design ensures a consistent feel while reducing submerged drag, optimizing performance at high speeds. The ventilation-resistant foil section maintains efficiency even in turbulent conditions. At 15.5mm thickness, it strikes an ideal balance between rigidity, responsiveness, and speed, making it perfect for high-performance use, heavier riders, and high-aspect foils.

Our Aluminum Mast features a robust foil section with an optimized profile that offers impressive stiffness and minimal drag. Despite its 19mm thickness, the design performs like a thinner mast at higher speeds, maintaining comparable submerged drag to the Carbon Mast above 13 mph. It provides a durable and cost-effective alternative with solid, reliable performance.

Feeling.

Carbon: The ventilation-resistant foil section maintains efficiency at high speeds, steep angles, and in turbulent conditions.
Aluminum: Maintains laminar flow and performance at aggressive angles, through turbulence, and at higher speeds.

Sizes.

Carbon: At 15.5mm thickness, it strikes an ideal balance between rigidity, responsiveness, and speed, making it perfect for high-performance use, heavier riders, and high-aspect foils.
Available Sizes: 70, 77, 85 cm.
Aluminum: Despite its 19mm thickness, the design performs like a thinner mast at higher speeds, maintaining comparable submerged drag to the Carbon Mast above 13 mph.
Available Sizes: 65, 70, 77, 85 cm.

Speed.

Carbon: 15.5mm Thickness: Balances rigidity, responsiveness, and speed.
Aluminum: High Ventilation Resistance: Maintains laminar flow and performance at aggressive angles, through turbulence, and at higher speeds.