Armstrong Performance Mast 1035mm – Ultimate Stiffness and Speed for High-Performance Foiling

The Armstrong Performance Mast 1035mm is engineered for riders who demand uncompromising stiffness, speed, and control in advanced foiling disciplines. Built using cutting-edge carbon construction and refined through extensive testing, this mast is designed to perform at the highest level in hydrofoil surf wing, wing foiling, foil surfing, and wind foiling.

With its long 1035mm length, it is particularly suited for high-speed riding, large swell, and powerful conditions where stability and precision are critical. This mast delivers a premium riding experience for advanced riders pushing the limits of performance foiling.

High-Performance Design Inspired by Elite Foil Engineering

The Armstrong Performance Mast range was developed in collaboration with America’s Cup foil engineers, combining advanced computational fluid dynamics (CFD) analysis with real-world testing to optimize every detail.

The goal was clear: create a mast that perfectly balances:

• Stiffness
• Strength
• Low drag
• Lightweight performance

After testing over 100 prototypes, Armstrong achieved a refined mast design that maximizes efficiency from the baseplate to the fuselage connection.

This results in a mast that feels incredibly direct underfoot, providing instant feedback and superior control during dynamic riding.

Exceptional Stiffness for Maximum Control

One of the defining features of the Performance Mast 1035mm is its exceptional stiffness. This is achieved through a strategic combination of high modulus (HM) and intermediate modulus (IM) carbon fibers.

Benefits of this construction:

• Reduced flex under load
• Improved control at high speeds
• Increased responsiveness in turns
• Better energy transfer during pumping

HM carbon minimizes flex in the central mast section, while IM carbon enhances durability and strength in complex areas like the baseplate and fuselage connection.

This stiffness is especially valuable for:

• High-speed wing foiling
• Big wave foil surfing
• Downwind and race conditions

Optimized Hydrodynamics for Reduced Drag

The mast features a refined foil section designed to minimize drag and reduce ventilation, allowing for smoother and faster rides.

Key hydrodynamic advantages:

• Increased top speed
• Cleaner water flow
• Reduced turbulence
• Improved glide efficiency

By reducing drag, riders can accelerate faster and maintain speed more easily across long distances or between waves.

This makes it ideal for performance-focused wing foil and wind foiling sessions where efficiency is critical.

Integrated Mast Rake for Enhanced Ride Feel

A unique feature of the Armstrong Performance Mast is its built-in 1-degree mast rake, which subtly adjusts the board’s angle relative to the foil.

Advantages of mast rake:

• Easier take-offs due to reduced drag
• More forgiving touchdowns and landings
• Improved nose clearance at high speeds

This design helps position the foil closer to an optimal angle in the water, improving overall ride comfort and control without affecting lift balance.

Premium Construction and Materials

Armstrong uses top-tier materials and advanced manufacturing techniques to ensure durability and performance.

Construction highlights:

• High modulus and intermediate modulus carbon blend
• Precision-tuned fiber orientation
• Lightweight yet ultra-strong structure
• Titanium M7 mast top hardware for secure connection

The use of premium composites ensures long-term durability while maintaining a lightweight feel, essential for high-performance foiling.

Built for High-Speed and Big Conditions

At 1035mm, this mast is the longest in the Performance Mast range, making it ideal for advanced riders tackling demanding conditions.

Best suited for:

• High wind wing foiling
• Large swell and tow surf
• Kite foiling at speed
• Race and downwind scenarios

The extra length provides increased clearance from the water surface, allowing riders to handle steeper waves and aggressive turns without breaching.

It is particularly recommended for:

• Advanced and expert riders
• High-speed hydrofoil surf wing sessions
• Technical foil surfing environments

Technical Specifications

Specifications may vary slightly depending on production.

Key Features Overview

• Ultra-stiff carbon construction for maximum control
• Reduced drag foil section for higher speeds
• Integrated mast rake for improved ride comfort
• Premium titanium hardware for durability
• Designed with America’s Cup engineering input
• Optimized for advanced foiling disciplines

What’s Included

When purchasing the Armstrong Performance Mast 1035mm, you typically receive:

• Performance Mast 1035mm
• Protective cover for transport
• Titanium M7 mast hardware (26mm)

Ideal Rider Profile

Perfect for:

• Intermediate to advanced riders
• Riders seeking maximum stiffness and performance
• High-speed wing foil enthusiasts
• Downwind and race foilers

Not ideal for:

• Beginners learning basic balance
• Low-speed or shallow water conditions

Why Choose the Armstrong Performance Mast 1035mm?

This mast stands out in the market due to its combination of stiffness, efficiency, and advanced engineering.

Top reasons to choose it:

• Industry-leading stiffness for precision control
• Designed for extreme performance conditions
• Reduced drag for faster, smoother rides
• Premium construction for long-term durability

Compared to standard masts, the Performance Mast 1035mm offers a noticeable upgrade in responsiveness and speed, making it a must-have for serious foilers.

Final Thoughts

The Armstrong Performance Mast 1035mm is a top-tier component designed for riders who want the absolute best in foiling performance. Its advanced carbon construction, optimized hydrodynamics, and innovative mast rake system deliver unmatched control and efficiency across hydrofoil surf wing, wing foiling, foil surfing, and wind foiling.

If you’re looking to push your limits in speed, carving, and high-performance riding, this mast is a powerful upgrade that will transform your experience on the water.