Raising the Wave of Foiling with Armstrong's Integration of Foil Drive in Carbon Masts

Armstrong Foils have taken a crucial stride forward in redefining the future of powered foiling, surging ahead of the curve with the introduction of their Foil Drive integrated carbon masts. The company continues to live up to its reputation for consistent innovation, unfurling a new chapter in powered foiling that aligns with the brand’s ethos of constant progression.

The Armstrong carbon mast, reinforced by Foil Drive technology, aims to amplify the foiling experience, enabling longer stints on water and broadening the scope of what foiling can achieve. Armsie Armstrong, the founder of Armstrong Foils, emphasises that the prime objective of this inventive endeavour is to enable riders to spend more time on the water, raising their performance bar.

Armstrong Foils provides two configurations, meticulously crafted from premium Toray high-modulus carbon fiber and titanium hardware. The Foil Assist configuration focuses on enhancing foil riding experience for intermediate and advanced riders. The E-Foil configuration, on the other hand, is all about creating that quintessential Armstrong feeling. Ideal for flatwater rides and beginners, it ensures constant submersion and full-time motoring without the motor pod.

Significant features of these integrated masts lie in their internal cable routing, adding to a clutter-free appearance while maintaining optimal stiffness and strength. They are compatible with Armstrong’s A+ System forward and backward modularity, allowing usage of any front foil and stabilizer from the Armstrong range. Backed by Foil Drive Gen 2 Assist MAX and Slim systems (sold separately), Foil Assist and E-Foil take riding and foiling experiences to new heights.

Transformative in their conception and design, Armstrong’s carbon masts have truly elevated the experience of powered foiling. Armstrong Foils invites us all to be a part of this thrilling journey and witness how this innovative technology shapes the future of foiling.