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A-Wing XPS Lightwind Wing
€779.00
Armstrong A-Wing XPS Lightwind Wing — Ultimate Performance for Light Wind Foiling Introduction: Elevate Your Lightwind Foiling Experience The Armstrong A-Wing XPS Lightwind Wing is expertly designed to conquer the challenges of light wind foiling, providing exceptional lift and glide where other wings struggle. Developed for riders seeking maximum efficiency and effortless rides, this wing combines Armstrong’s cutting-edge engineering with premium materials to deliver smooth, stable, and exhilarating performance in the gentlest breezes. Lightwind conditions demand specialized design and construction. The A-Wing XPS Lightwind Wing addresses this with a large surface area, optimized foil profile, and feather-light carbon build. It empowers riders of all skill levels to enjoy longer sessions and earlier takeoffs, extending the foil season and expanding possibilities on the water. Innovative Design for Maximum Lift and Minimal Drag Optimized Airfoil Profile The Armstrong A-Wing XPS Lightwind Wing features an airfoil shape meticulously tuned to maximize lift without compromising speed. Utilizing advanced computational fluid dynamics (CFD), Armstrong engineers have created a wing that excels at generating lift at low speeds while maintaining efficient glide. Increased camber promotes higher lift in gentle winds. Smooth leading edges reduce flow separation and drag. Tapered wing tips minimize induced drag for stable, controlled rides. This design allows riders to achieve takeoff earlier and maintain smooth flight even in barely-there wind conditions. Large Surface Area and High Aspect Ratio The wing’s generously sized surface area dramatically improves lift production. Coupled with a high aspect ratio, this design enhances glide performance, allowing riders to cover more distance with less energy expenditure. Broad wingspan increases water contact for powerful lift. Narrow chord length supports efficient airflow and reduces drag. Together, these factors create a wing that effortlessly supports riders in conditions where lesser wings falter. Advanced Materials and Construction Armstrong prioritizes premium materials to ensure the A-Wing XPS Lightwind Wing is lightweight yet durable. Aerospace-grade carbon fiber forms the primary structure, delivering high stiffness and minimal flex. Specialized epoxy resin systems provide UV resistance and waterproofing to protect against environmental wear. Precision molded foam cores reduce weight while maintaining shape integrity. This combination ensures riders experience consistent, responsive performance without added weight, crucial for lightwind agility. Armstrong XPS Lightwind Wing Tailored Performance for Every Rider Perfect for Beginners and Experts Alike The A-Wing XPS Lightwind Wing’s forgiving lift characteristics make it an excellent choice for newcomers struggling to get up in light conditions. Meanwhile, its efficiency and precision satisfy advanced riders pushing the boundaries of lightwind foiling. Versatile Applications Whether you’re cruising calm lakes, coastal bays, or expansive ocean flats, this wing adapts seamlessly. Its balance of lift, control, and speed suits: Lightwind downwind runs Flat water pumping sessions Freestyle attempts requiring steady lift This versatility broadens the range of foiling opportunities regardless of weather. Armstrong A-Wing XPS Lightwind Wing — Key Features at a Glance Large surface area optimized for low-speed lift High aspect ratio profile for maximum glide efficiency Aerospace-grade carbon fiber construction for lightweight strength UV-resistant resin for long-term durability Precision foam core reduces weight and maintains shape Tapered tips reduce induced drag and improve stability Compatible with Armstrong’s twin-box mounting system Ideal for riders of all skill levels facing light wind conditions Armstrong A-Wing XPS Lightwind Wing — Technical Specifications Specification Details Wing Span 1900mm Surface Area 950 cm² Aspect Ratio 3.8 Weight Approximately 980g Construction Aerospace-grade carbon fiber with epoxy resin Core Material Precision molded lightweight foam Mounting System Carbon-titanium reinforced twin-box system Compatible Masts Armstrong masts: 60cm, 75cm, 90cm Skill Level Beginner to advanced Recommended Use Lightwind downwind, flat water pumping, freestyle Setup & Tuning Guide for Armstrong A-Wing XPS Lightwind Wing Step 1: Mounting Your Wing Start by securely attaching the wing to your mast using Armstrong’s twin-box mounting system. This ensures a strong, stable connection and allows micro-adjustments for optimal performance. Step 2: Adjust Mast Position Slide the mast along the twin-track to find your preferred balance: Forward position: Increases lift and stability, ideal for beginners or lightwind cruising. Mid position: Balances lift and maneuverability, great for general foiling. Rear position: Enhances agility and response for advanced freestyle or wave riding. Test your setup in calm water before hitting bigger conditions. Step 3: Angle of Attack (AoA) Settings Adjust the wing’s angle relative to the mast to control lift and drag: Higher AoA: Produces more lift but increases drag — best for lightwind conditions. Lower AoA: Reduces drag, allowing for higher speeds — ideal for stronger wind or fast carving. Fine-tune gradually to find your sweet spot. Step 4: Pre-Ride Checks Before each session, double-check: Tightness of all bolts and screws Integrity of mounting hardware No visible damage or cracks on wing surface Safe and confident setup equals better rides. Maintenance Tips for Armstrong A-Wing XPS Lightwind Wing Rinse and Clean After Use Always rinse your wing thoroughly with fresh water after every ride to remove salt, sand, and debris that can degrade materials. Avoid Prolonged Sun Exposure Store the wing in a shaded, cool place when not in use to prevent UV damage and material fatigue. Inspect Regularly Check for any surface cracks, delamination, or hardware looseness. Early detection of wear prevents costly repairs. Transport Safely Use padded wing or board bags during travel to protect from impacts and scratches. Professional Inspection Have your wing professionally checked annually or after any heavy impact to ensure structural integrity. Armstrong A-Wing XPS Lightwind Wing — Size Comparison and Rider Recommendations Selecting the Right Size for Your Riding Style and Conditions Choosing the correct wing size is crucial, especially for lightwind foiling where lift and efficiency make all the difference. The Armstrong A-Wing XPS Lightwind Wing is currently available in multiple sizes to match rider weight, skill level, and typical conditions. Model Wing Span (mm) Surface Area (cm²) Recommended Rider Weight Ideal Conditions XPS Lightwind 1800 1800 880 Up to 75 kg (165 lbs) Light winds, flat water XPS Lightwind 1900 1900 950 70–90 kg (154–198 lbs) Light to moderate winds XPS Lightwind 2000 2000 1020 85+ kg…

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A-Wing XPS Mk II
€600.00 – €768.00
Armstrong A-Wing XPS Mk II — The Next Evolution in Hydrofoil Performance Discover Unmatched Precision and Power The Armstrong A-Wing XPS Mk II sets a new standard in hydrofoil technology, delivering unmatched performance, control, and durability. Designed for riders who demand excellence, this wing blends innovative engineering with superior materials to provide an exceptional foiling experience. Whether you are pushing your limits in freestyle, carving waves, or cruising downwind, the A-Wing XPS Mk II elevates your ride with smooth lift, stable tracking, and razor-sharp responsiveness. Carefully sculpted with rider feedback and cutting-edge CFD (computational fluid dynamics) analysis, the Armstrong A-Wing XPS Mk II offers an optimized balance between lift and drag. The result? Faster takeoffs, longer glide times, and effortless maneuvering in all conditions. This wing invites every rider — from ambitious beginners to seasoned pros — to explore new horizons on the water with confidence and control. Cutting-Edge Design Features Revolutionary Airfoil Shape The hallmark of the Armstrong A-Wing XPS Mk II lies in its aerodynamic airfoil, which maximizes lift while minimizing drag. The refined profile helps riders achieve: Early and efficient lift-off, reducing pumping effort Superior glide performance, extending ride duration Enhanced top-end speed for rapid acceleration and carving The wing’s high aspect ratio paired with tapered tips improves stability and responsiveness, allowing quick, precise turns without sacrificing smoothness. Advanced Materials for Durability and Weight Savings Armstrong prioritizes quality materials, ensuring the A-Wing XPS Mk II withstands rigorous use. Its lightweight carbon fiber construction offers: Exceptional stiffness, for precise control and feedback Resistance to flex and deformation, maintaining consistent performance UV and water-resistant resin systems, prolonging lifespan Impact tolerance, for reliability in challenging conditions Every layer of carbon fiber is carefully laid for maximum strength-to-weight efficiency, resulting in a wing that is both tough and nimble. Adjustable Features for Customization Understanding that every rider’s style is unique, the Armstrong A-Wing XPS Mk II supports fine-tuning with adjustable foil mounts and compatible masts. This flexibility enables riders to: Optimize mast position, influencing lift and handling Customize wing angle of attack, tailoring performance to conditions Easily swap components, ensuring future upgrades and versatility Such adaptability ensures your setup evolves as you improve, keeping the ride fresh and exciting. Performance That Inspires Confidence Smooth Lift and Responsive Handling The Armstrong A-Wing XPS Mk II lifts smoothly under varied speeds, enabling effortless takeoffs even in marginal conditions. Riders quickly notice how the wing: Minimizes stall risk for safer, more predictable rides Provides intuitive control, enhancing confidence during tight maneuvers Balances lift and drag, for a comfortable and efficient glide Whether carving in waves or boosting downwind, this wing responds naturally to every input. Versatility Across Foiling Disciplines Designed to excel across a broad range of foiling styles, the A-Wing XPS Mk II adapts to: Freestyle maneuvers, delivering explosive pop and tight turning Downwind cruising, offering stable tracking and smooth pumping Wave riding, providing the control needed to read ocean swells This versatility makes it an excellent choice for riders exploring different disciplines or focusing on progression. Armstrong A-Wing XPS Mk II Product Highlights High aspect ratio wing with tapered tips for enhanced lift and reduced drag Multi-directional carbon fiber construction for rigidity and durability Optimized airfoil shape promoting early lift and efficient glide Adjustable foil mount compatibility for tailored rider setups UV-resistant resin systems extending wing longevity Lightweight design for effortless handling and transport Why Riders Love the Armstrong A-Wing XPS Mk II “The lift on this wing is unlike anything I’ve experienced. It gives me the confidence to push harder and enjoy longer sessions.” — Emma T. “It’s incredibly responsive yet stable. Whether I’m carving waves or cruising downwind, the XPS Mk II feels perfectly balanced.” — Mateo R. “Durable and lightweight — this wing is a game-changer for my foiling progression.” — Priya K. Specifications at a Glance Specification Details Wing Span [Insert sizes: e.g., 1500mm, 1700mm] Aspect Ratio [Insert number] Surface Area [Insert cm² or m²] Weight [Insert weight in grams] Construction Carbon fiber with advanced resin Compatible Mast Sizes [Insert compatibility] Skill Level Beginner to advanced Recommended Use Freestyle, Downwind, Wave Riding Armstrong A-Wing XPS Mk II — Aerodynamics & Engineering Insights Precision Engineered for Maximum Efficiency The Armstrong A-Wing XPS Mk II is the result of meticulous engineering, combining advanced computational fluid dynamics (CFD) analysis with hands-on rider feedback. Each curve, edge, and contour has been optimized to strike the perfect balance between lift generation and drag reduction. The high aspect ratio ensures a slender wing profile that slices through water, boosting glide efficiency. Tapered wing tips reduce wingtip vortices, which are the main source of induced drag, allowing smoother airflow and better stability. A carefully tuned chord length across the wing provides consistent lift distribution, preventing sudden stalls and enabling more predictable handling. These design choices collectively enhance ride smoothness, allowing riders to enjoy effortless takeoffs and longer, more controlled rides. Materials Science Meets Hydrodynamics Armstrong applies aerospace-grade carbon fiber composites combined with advanced epoxy resins, resulting in a wing that is both lightweight and exceptionally rigid. The stiffness contributes directly to responsive handling and precise control, especially during aggressive maneuvers. Multi-directional carbon fiber layups strengthen the wing along the primary stress lines. UV-resistant coatings guard against sun damage, preserving the wing’s structural integrity and appearance. The combination of these materials minimizes flex without adding unnecessary weight, essential for quick response times on the water. By harmonizing hydrodynamic form with top-tier materials, Armstrong ensures the XPS Mk II delivers performance that meets the demands of progressive foilers. Armstrong A-Wing XPS Mk II — Setup & Tuning Guide Getting Started: Mounting Your A-Wing XPS Mk II Proper setup is crucial to unlocking the full potential of your Armstrong A-Wing XPS Mk II. Follow these steps to ensure your wing performs optimally: Foil Mounting:Use the compatible twin-track foil mount system to attach your wing securely. The carbon-titanium reinforced system offers micro-adjustments in mast position to fine-tune lift and handling characteristics. Adjust Mast Position:Moving the mast forward increases…

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A+ Carbon mast
€520.00 – €600.00
Armstrong A+ Carbon Mast: The Pinnacle of Performance and Innovation The Armstrong A+ Carbon Mast stands at the forefront of foiling technology. Engineered to deliver exceptional strength, lightweight agility, and superior responsiveness, this mast has quickly become the preferred choice for professional and enthusiast foilers worldwide. In fact, Armstrong’s mastery in carbon fiber construction propels this product far beyond conventional masts, setting a new standard in both durability and performance.armstrong performance mast A+ Carbon mast Advanced Carbon Fiber Technology for Maximum Strength and Lightness Firstly, the Armstrong A+ Carbon Mast incorporates cutting-edge carbon fiber materials. Unlike traditional aluminum or lower-grade composites, Armstrong utilizes aerospace-grade carbon fibers. Consequently, this yields a mast that is remarkably stiff yet lightweight. This precise balance dramatically improves your foiling experience, enabling smoother rides with greater control and responsiveness. Moreover, Armstrong Mast employs a multi-layered carbon fiber layup technique. Each layer is meticulously oriented to optimize torsional rigidity and flex characteristics. As a result, the mast can withstand high loads and impacts without compromising its integrity or weight. Indeed, these innovations deliver both performance and longevity in even the most demanding water conditions. armstrong performance mast Precision Engineering and Quality Control In addition to premium materials, the manufacturing process for the Armstrong A+ Carbon Mast is unrivaled. Each mast undergoes stringent quality assurance tests, including ultrasonic inspections and mechanical stress tests. These ensure that every unit meets Armstrong’s exacting standards before reaching customers.A+ Carbon mast Furthermore, Armstrong Mast engineering team continually refines the mast design based on rider feedback and technological advancements. This commitment to innovation means that every Armstrong A+ Carbon Mast sold today benefits from years of research and development, blending practical experience with the latest material science.A+ Carbon mast A+ Carbon mast Performance Advantages That Elevate Your Foiling Secondly, when you use the Armstrong A+ Carbon Mast, you notice immediate benefits in ride quality. Thanks to its exceptional stiffness-to-weight ratio, the mast transmits energy efficiently from your board to the foil. This improves acceleration, reduces drag, and enhances maneuverability, especially during sharp turns or jumps. Equally important, the mast’s carbon construction offers superior resistance to corrosion and fatigue. Saltwater and UV exposure can degrade many materials over time, but Armstrong’s carbon fiber and protective coatings ensure the mast remains reliable season after season.A+ Carbon mast User Experiences and Professional Endorsements According to numerous reviews, professional riders praise the Armstrong A+ Carbon Mast for its precise handling and robust build. For instance, many report a noticeable improvement in stability during high-speed runs and choppy conditions. Additionally, the mast’s lightweight design reduces overall setup weight, which is crucial for longer sessions and travel convenience. One pro foil athlete commented, “The Armstrong A+ Carbon Mast gives me confidence in aggressive maneuvers. It flexes just enough to absorb shocks but remains solid under pressure. This balance is tough to find in other masts.” Compatibility and Versatility Besides its performance qualities, the Armstrong A+ Carbon Mast fits a wide range of foil systems. Its standardized connection points and dimensional accuracy allow seamless integration with popular brands and custom setups alike. Therefore, whether you are upgrading an existing rig or building a new foil board, this mast adapts effortlessly. Care and Maintenance Tips To preserve your Armstrong A+ Carbon Mast’s pristine condition, regular maintenance is vital. Rinse the mast with fresh water after every session to remove salt and debris. Store it in a cool, dry place away from direct sunlight to prevent UV damage. Additionally, inspect connection points periodically for wear or corrosion. Following these simple steps helps extend the lifespan and performance of your investment.Armstrong Mast Technical Specifications of the Armstrong A+ Carbon Mast Understanding the technical specifications of the Armstrong A+ Carbon Mast is essential for both beginners and experienced foilers. These details not only highlight the product’s superior engineering but also help you select the perfect mast that suits your foiling needs. Therefore, let’s dive deeper into what makes this mast a top-tier choice. Aerospace-Grade Carbon Fiber Composition Primarily, the mast’s construction revolves around aerospace-grade carbon fiber. This material boasts a remarkable strength-to-weight ratio, which Armstrong carefully integrates into every mast. Unlike standard carbon fibers used in many competitors’ products, the aerospace-grade variant ensures enhanced durability without added bulk. Moreover, Armstrong utilizes a proprietary resin system combined with carbon fibers to increase resistance against environmental factors. Consequently, the mast withstands impacts, UV radiation, and saltwater corrosion better than conventional materials. This advanced composite ensures your investment performs consistently over time. Dimensions and Weight for Optimal Performance In terms of dimensions, the Armstrong A+ Carbon Mast is available in multiple lengths, typically ranging from 70cm to 95cm. This variety allows riders to select the ideal mast height based on their skill level, foiling conditions, and board setup.armstrong performance mast Equally important, the mast’s diameter is engineered for maximum stiffness while maintaining hydrodynamic efficiency. The sleek profile reduces drag in the water, enabling smoother transitions and faster acceleration. Meanwhile, the weight of the mast remains impressively low, typically around 1.2 to 1.5 kilograms depending on length.armstrong performance mast Strength Ratings and Load Capacities Additionally, Armstrong rigorously tests each mast for strength and load capacity. The carbon fiber structure can handle significant bending and torsional forces, which often occur during aggressive maneuvers and rough water conditions. Tests show the mast withstands forces exceeding 500 kg without permanent deformation. This high threshold provides riders with confidence to push their limits, knowing the mast will respond reliably and safely. Indeed, this strength is one of the key factors that differentiate Armstrong’s mast from many alternatives. Compatibility with Foil and Board Systems Furthermore, the Armstrong A+ Carbon Mast is designed with standardized mounting interfaces. These include Tuttle boxes, plate mounts, and other common attachment types compatible with major foil and board manufacturers. Therefore, switching between different foils or upgrading your equipment becomes hassle-free. This versatility adds considerable value, especially for foilers who like to experiment with various configurations or ride multiple boards. Engineering Innovations in Design Besides material excellence, Armstrong…

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Alloy Mast
€60.00
Armstrong Alloy Mast: Durable, Reliable, and Performance-Driven The Armstrong Alloy Mast stands as a robust, dependable choice for foilers who demand both strength and value. Designed for riders who want a mast that balances durability with affordability, this mast delivers performance across a variety of conditions without sacrificing essential quality. Superior Material Composition for Strength and Longevity Armstrong’s Alloy Mast utilizes high-grade aluminum alloy specifically selected to withstand the rigors of foiling. Unlike standard aluminum masts, Armstrong applies advanced heat treatments and anodizing processes, which enhance corrosion resistance and structural integrity. Consequently, the mast resists saltwater corrosion far better than untreated metals. This durability makes it an excellent option for riders who seek a mast that requires less maintenance but still holds up in challenging environments. Precision Engineering and Manufacturing Armstrong combines modern CNC machining with strict quality control standards. Each alloy mast is crafted with precision to exact specifications, ensuring consistent performance across the production line. Additionally, the surface finish undergoes a multi-step anodizing process, not only protecting the mast but also providing a sleek, professional appearance. This attention to detail reflects Armstrong’s commitment to quality, even in their alloy range. Performance Benefits That Meet Every Rider’s Needs Despite alloy being heavier than carbon fiber, the Armstrong Alloy Mast offers impressive strength and stiffness. This rigidity translates to excellent control and stability during rides, especially in rough water or high-speed scenarios. Moreover, many riders appreciate the slightly higher flex of alloy masts compared to carbon, which some find more forgiving and comfortable. This characteristic makes the Armstrong Alloy Mast ideal for beginners and intermediate riders who prioritize a smooth, responsive ride. Compatibility and Versatility The Armstrong Alloy Mast features standardized mounting points compatible with most foil boards and systems on the market. This flexibility allows riders to upgrade or swap components without hassle. Whether you’re starting fresh or replacing an older mast, the Armstrong Alloy Mast integrates seamlessly into your setup.armstrong mixture Technical Specifications of the Armstrong Alloy Mast Understanding the technical specifications of the Armstrong Alloy Mast is essential for riders who demand reliable and consistent performance. These detailed specs highlight the mast’s robust construction and compatibility with a broad range of foiling setups. High-Grade Aluminum Alloy Construction First and foremost, the Armstrong Alloy Mast is constructed from a premium aluminum alloy known for its outstanding strength-to-weight ratio. This alloy undergoes advanced heat treatment and anodizing processes, which significantly increase corrosion resistance and surface hardness. As a result, the mast can endure the harsh conditions commonly encountered during foiling, such as saltwater exposure, UV radiation, and mechanical stresses, without degradation over time.armstrong mixture Dimensions and Weight Variations The Armstrong Alloy Mast is offered in several standard lengths, typically including 70 cm, 80 cm, and 90 cm options. This variety allows riders to select the mast size that best suits their riding style and typical water conditions. Furthermore, the mast’s diameter is engineered to optimize stiffness while minimizing drag. With a weight ranging between approximately 1.8 and 2.4 kilograms depending on size, it strikes a balance between durability and manageable handling.armstrong mixture Load Capacity and Structural Integrity Additionally, the alloy mast undergoes rigorous mechanical testing to ensure it meets stringent load-bearing requirements. Tests confirm the mast’s ability to withstand bending and torsional forces well beyond what typical foiling maneuvers demand. Consequently, riders can trust the Armstrong Alloy Mast to deliver consistent performance without fear of structural failure, even during aggressive or high-impact sessions.armstrong mixture Compatibility with Foil and Board Systems Moreover, Armstrong designed the Alloy Mast to be fully compatible with major foil and board mounting systems. Standardized fittings such as Tuttle boxes and plate mounts allow easy integration with existing equipment. Therefore, whether upgrading or assembling a new setup, the Armstrong Alloy Mast fits seamlessly into your gear, eliminating compatibility concerns.armstrong mixture Surface Finish and Protective Coating Finally, the mast’s surface is treated with a multi-layer anodized coating that enhances resistance to scratches and environmental damage. This finish not only prolongs the mast’s lifespan but also offers a sleek, professional aesthetic.armstrong mixture Summary of Key Technical Specifications Specification Details Material High-grade aluminum alloy with anodized finish Length Options 70 cm, 80 cm, 90 cm Weight Approximately 1.8 – 2.4 kg (size-dependent) Diameter Optimized for stiffness and low drag Load Capacity Tested for high bending and torsion resistance Mount Compatibility Tuttle box, plate mounts, standard foil systems Surface Finish Multi-layer anodized protective coating sup downwind hydrofoil Why These Specifications Matter To sum up, these technical attributes combine to make the Armstrong Alloy Mast a dependable, high-quality choice. Whether you are a beginner seeking durability or an experienced rider wanting consistent performance, this mast delivers. Its construction ensures resistance to environmental wear while maintaining manageable weight and stiffness. Furthermore, compatibility across various systems simplifies installation and upgrades.sup downwind hydrofoil Manufacturing Process and Quality Control of the Armstrong Alloy Mast The remarkable performance of the Armstrong Alloy Mast is the direct result of a carefully controlled manufacturing process combined with rigorous quality assurance. Armstrong’s commitment to excellence ensures that every mast leaving the factory meets the highest standards of durability, precision, and reliability.armstrong mixture Precision Alloy Selection and Treatment Initially, Armstrong sources high-quality aluminum alloy, chosen for its exceptional strength-to-weight ratio and corrosion resistance. This material undergoes precise heat treatment processes, including solution treating and aging, which enhance its mechanical properties.armstrong mixture Consequently, these treatments improve tensile strength and hardness, allowing the mast to resist deformation and wear over time, even under intense usage.armstrong mixture CNC Machining and Component Fabrication After alloy treatment, the mast components are crafted using advanced CNC machining technology. This method guarantees tight tolerances and exact dimensions, critical for ensuring proper fit and consistent performance. Moreover, CNC machining reduces material waste and produces a superior surface finish, which serves as the foundation for subsequent protective coatings. Multi-Step Anodizing and Protective Finishing The machined mast then receives a multi-layer anodized coating. This electrochemical process builds a hard, corrosion-resistant layer on the aluminum surface. Furthermore, it enhances scratch…

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APF Foil Kit
€1,800.00 – €2,000.00
Armstrong APF Foil Kit The Armstrong APF Foil Kit stands as a groundbreaking achievement in hydrofoil technology, designed meticulously for riders who demand the utmost performance without sacrificing versatility. Whether you are carving surf waves, soaring downwind across open water, or executing freestyle tricks, this kit offers an exceptional blend of precision, durability, and adaptability.APF Foil Kit First and foremost, Armstrong crafted the APF Foil Kit with a clear vision: to produce a system that responds intuitively to rider input while maintaining long-lasting strength in all conditions. Over years of development, the kit has been refined based on extensive rider feedback and rigorous real-world testing. Therefore, you can trust the APF Kit to deliver reliable performance session after session. In addition, this foil system is built with the modern foiler in mind. Its modular design enables effortless customization and upgrades, accommodating various riding styles and skill levels. Whether you’re a beginner seeking stable control or an advanced rider pursuing explosive power and responsiveness, the APF Kit adapts seamlessly to your needs. Furthermore, Armstrong’s commitment to high-quality materials ensures this foil kit not only performs brilliantly but also stands the test of time. From corrosion-resistant titanium reinforcements to precision carbon fiber composites, every component reflects thoughtful engineering.APF Foil Kit Finally, beyond performance and durability, the APF Foil Kit exemplifies user-centric design. Quick-release hardware and an intuitive setup process mean less time fussing on the beach and more time enjoying the water. The included detailed manual and online support further empower riders to get the most from their gear. In short, the Armstrong APF Foil Kit invites foilers of all levels to experience a new standard of hydrofoil excellence. Whether your passion lies in surf, downwind cruising, wing foiling, or freestyle, this kit provides the tools to elevate your ride with confidence and style. What’s Included in the Armstrong APF Foil Kit The Armstrong APF Foil Kit arrives fully equipped with everything you need to assemble a high-performance hydrofoil setup tailored precisely to your discipline and preferences. Each part has been selected and engineered to complement the others, resulting in a cohesive system designed to excel. Choice of Front Wings: The kit offers a variety of front wing sizes ranging from 600 cm² to 1100 cm². This broad selection caters to different riding demands, from quick-reacting smaller wings ideal for tight surf maneuvers to larger wings optimized for efficient downwind cruising and stability. Carbon Fiber Mast Options: Depending on your stiffness preference and weight class, you can select either a 12.5 mm or 14.5 mm carbon fiber mast. Both feature Armstrong’s signature carbon layup technology that balances rigidity and flex to provide crisp control and smooth handling. Fuselage with Titanium Reinforcements: The fuselage is a critical connection point between the wings and mast. Crafted with titanium reinforcements at all high-stress junctions, it ensures strength and corrosion resistance even in harsh saltwater environments. This durability enhances safety and extends the kit’s lifespan. Rear Stabilizer Choices: Included stabilizer options allow fine-tuning of pitch and yaw behavior. Whether you prioritize agility for freestyle or enhanced glide for downwind rides, the stabilizers integrate seamlessly to offer responsive control.armstrong dealers Tool-Free, Quick-Release Hardware: Armstrong simplifies setup with an intuitive, tool-free hardware system. This design choice means riders can assemble, disassemble, or swap parts quickly, making travel and on-the-fly adjustments hassle-free. Protective Neoprene Covers & Gear Bag: To safeguard your investment, the kit includes neoprene covers that protect delicate carbon surfaces during transport and storage. Moreover, a padded gear bag keeps all components organized and shielded from damage. Angle Tuning Shim Kit: Riders receive a versatile shim kit that allows easy adjustments to the stabilizer angle. This tuning flexibility helps optimize foil behavior across different water conditions and rider preferences. Comprehensive User Manual & Online Support: Armstrong backs the APF Kit with detailed documentation and digital resources. These guides ensure users can confidently assemble, maintain, and customize their foil system.armstrond APF Foil Kit Hydrodynamics & Wing Profiles — Engineered for Maximum Efficiency and Control When it comes to hydrofoiling, the wings are the heart of the system, and Armstrong’s APF Foil Kit delivers some of the most advanced wing designs available today. Every curve, angle, and surface has been optimized through extensive computational fluid dynamics (CFD) modeling combined with real-world testing, ensuring a superior blend of lift, stability, and maneuverability.armstrong dealers Advanced Front Wing Design for Diverse Conditions The front wings included in the APF Kit span a broad range of sizes, from the agile 600 cm² to the powerful 1100 cm² models. These wings feature meticulously crafted foil sections that enhance lift generation while minimizing drag. As a result, riders experience smooth acceleration, sustained glide, and excellent low-speed control.APF Foil Kit In addition, the wings’ camber profiles allow for efficient energy transfer with less rider effort. This means longer rides, easier pumping, and more enjoyable downwind sessions. For example, smaller wings excel in fast, reactive surf riding where quick turns and dynamic maneuvers matter. Conversely, larger wings provide the stability and lift needed for extended glides and technical cruising.APF Foil Kit Moreover, each wing incorporates carefully designed winglets that improve yaw stability and reduce tip vortices. This thoughtful detail ensures consistent handling in turbulent or choppy water, preventing sudden stalls or unexpected behavior. Consequently, foilers can focus on flow and finesse, rather than correcting unpredictable wing responses. Fuselage and Stabilizer Harmony The APF Foil Kit’s fuselage acts as the spine that connects the front wing, mast, and stabilizer. It features a sleek, hydrodynamic profile that reduces drag while maintaining rigidity. Furthermore, titanium reinforcements at stress points enhance durability without adding unnecessary weight.APF Foil Kit Complementing the fuselage, the rear stabilizers are designed to offer pitch stability and smooth control transitions. Available in several sizes, the stabilizers help riders fine-tune their setup for their preferred riding style. For instance, smaller stabilizers promote agility for freestyle tricks, while larger ones increase glide efficiency during downwind cruising. Exceptional Speed and Lift Range Thanks to Armstrong’s precise foil shaping, the…

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APF Front Wing
€550.00 – €600.00
Armstrong APF Front Wing: A Revolution in Accessible Foiling Effortless Flight Starts Here The Armstrong APF Front Wing is more than just a new addition to Armstrong’s elite foil lineup—it’s a statement. Designed specifically for entry-level and progressing riders, the APF (Accessible Pump Foil) delivers the lift, stability, and smooth acceleration that make flying feel second nature. For the first time, you can experience high-performance foiling without battling a learning curve that feels more like a cliff.APF Front Foil Because Armstrong is known for pushing design boundaries, the release of the APF series marks a shift. It’s not aimed at pros chasing podiums—it’s engineered for everyday foilers, weekend warriors, and first-timers who demand reliability, predictability, and progression potential. However, don’t mistake accessibility for mediocrity. This wing was built with the same attention to performance, materials, and detail as every Armstrong component—just tuned for low-speed, high-control flight.APF Front Foil Why the Armstrong APF Front Wing Matters APF Front Foil Designed for First Lift, Not First Limits Although many foil wings claim to be beginner-friendly, few deliver true ease without compromising performance later. That’s where the Armstrong APF Front Wing shines. It offers slow-speed lift, intuitive handling, and ultra-stable tracking. Additionally, it retains agility, pumpability, and system compatibility that allow riders to grow into more advanced disciplines—without needing to replace everything. This wing thrives in low-speed environments like dock starts, flatwater pumping, beginner wing foiling, and small-surf prone riding. It’s also a standout choice for heavier riders who need more surface area without sacrificing control. APF = Accessible Pump Foil, Not Average Performance Foil What Does APF Stand For? A = Accessible — Easy for new riders to use, without constant balance correction P = Pump — Tailored for efficient dock starts, flatwater pumps, and glide connections F = Foil — Optimized hydrodynamics for smooth lift and flow at the lowest planing speeds Unlike performance-tuned HA or MA wings, the Armstrong APF Front Wing encourages success at lower speeds. Consequently, the foil lifts earlier, holds lift longer, and lets you focus on movement—not micro-adjustments. Whether you’re taking your first step into foiling or teaching someone else, this wing changes the game. A Closer Look: What Sets the APF Front Wing Apart Massive Low-End Lift The APF series boasts an ultra-high lift coefficient, which allows it to rise even when moving slowly. This makes waterstarts easier, minimizes energy expenditure, and enables dock-start foiling without elite-level leg strength. Riders immediately notice the difference: lift comes smoothly, without the harsh surges found in more advanced wings. Moreover, this trait opens the door for: ✅ Easier dock starts ✅ Slower takeoffs for beginners ✅ Boosted carry between small swell bumps ✅ Reduced sink rate during glides Pitch-Stable at Any Speed Unlike twitchy high-aspect wings, the Armstrong APF Front Wing resists sudden pitch changes. That means when you accelerate, glide, or shift stance, the foil remains stable underfoot. As a result, riders can focus on body movement and energy flow instead of constant correction. This feature is especially critical when: Learning to balance after lift Linking multiple dock-starts Maintaining height while pumping Coaching others in their first sessions APF Front Foil Forgiving Stall Characteristics Every rider stalls a foil—it’s part of learning. But the APF doesn’t punish you for it. Because of its generous chord and well-rounded camber, it reattaches quickly when lift is lost. That gives you a chance to correct mistakes before crashing down.Armstrong APF Front Wing In fact, the APF’s stall behavior has been praised by instructors worldwide. New foilers get more ride time, less frustration, and faster progression—making it ideal for schools, demo fleets, and dedicated learning environments. Built on Armstrong’s A+ Modular Platform True to Armstrong form, the APF wing isn’t a throwaway beginner product—it’s a lifelong part of your quiver. It fits seamlessly into Armstrong’s A+ system, meaning you can pair it with different stabilizers, fuselages, and masts as your skills evolve. Want to transition from dock starts to wing foiling? You can. Need to swap in a new tail wing for more pump power or glide control? No problem. With the Armstrong APF Front Wing, you’re not stuck—you’re set up to grow. Robust Carbon Construction Built to Last Even though it’s designed for new riders, the APF doesn’t compromise on durability. Constructed with Armstrong’s premium high-modulus carbon layup, reinforced with titanium hardware interfaces, this wing handles abuse—from flatwater to impact zones—with confidence. That means: ✅ No twist under load ✅ No bubbling under heat ✅ No wobble after seasons of use It’s a long-term investment in your foiling journey—whether you’re riding solo or teaching others to fly. APF Model Sizes & Target Use Model Surface Area Primary Use Ideal Rider Weight Why It Works APF 1880 ~1880 cm² Dock starts, pump, beginner wing 60–95kg Balanced control, ideal learning wing APF 2180 ~2180 cm² Pumping, heavier rider support 90–120kg+ Ultimate float + lift for max forgiveness and glide Both models feature thick profiles, soft tips, and stable span distribution to promote predictable, clean lift and smooth transitions, even at low speeds.mast performance Who Is the Armstrong APF Front Wing For? 🧠 First-time foilers looking for an easier entry 💪 Heavier riders needing extra lift and forgiveness 🏄 Instructors and coaches training new riders 🏞️ Explorers seeking slow-speed glide for longer rides 👨‍👩‍👧‍👦 Families or schools building community access to foiling 🎯 Dock-start athletes refining flatwater techniques with efficiency Armstrong APF Front Wing: Real-World Performance & Rider Insights Smooth Lift & Consistent Glide at Low Speeds In actual riding conditions, the Armstrong APF Front Wing demonstrates exceptional lift even at the slowest speeds. Because of its high-volume design, it lifts quickly off the water, significantly reducing the effort required during dock starts and flatwater pumping. This immediate lift allows riders to focus more on balance and less on brute strength.wing board Additionally, the glide feels smooth and steady. The foil maintains height effortlessly over small bumps, reducing the energy needed to maintain speed. As a result, riders experience longer, more enjoyable…

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Armstrong Alloy Fuselage
€120.00
Armstrong Alloy Fuselage — Engineered for Precision and Confidence A Strong Foundation for Every Foiling Session The Armstrong Alloy Fuselage stands as a testament to the brand’s relentless pursuit of excellence. In the dynamic world of hydrofoiling, a robust, precisely machined fuselage can make or break your entire setup. Armstrong understands this better than anyone, which is why the Alloy Fuselage is meticulously crafted to deliver unmatched durability, balanced performance, and seamless integration with Armstrong’s legendary foil systems. From the moment you mount it, you will feel the difference. The fuselage acts as the essential link between your front wing, rear stabilizer, and mast — its engineering directly impacts responsiveness, strength, and confidence. No detail has been overlooked in the Armstrong Alloy Fuselage’s design. This is your gateway to worry-free rides, session after session. Robust Alloy Construction: Built to Endure Armstrong’s design team has selected aerospace-grade anodized aluminum for the Alloy Fuselage. This choice brings numerous benefits, including: ✅ Outstanding corrosion resistance, even in harsh saltwater conditions✅ Structural rigidity to handle aggressive turns and high loads✅ Excellent weight-to-strength ratio for smooth, predictable riding✅ Precision CNC machining for perfect alignment and tolerances Aluminum, when engineered properly, becomes a cost-effective yet ultra-reliable component in your foil system. Armstrong’s decades of marine knowledge shine through with this fuselage, delivering premium functionality at a price that remains accessible to a broad range of riders. Seamless Compatibility and Flexible System Integration Armstrong prioritizes modular design, and the Alloy Fuselage is no exception. It integrates perfectly with the brand’s diverse foil lineup, offering: ✅ Compatibility with Armstrong A+ System masts✅ Secure fit with a wide range of Armstrong front wings✅ Effortless pairing with various Armstrong rear stabilizers✅ Balanced geometry to optimize pitch and yaw performance Thanks to this thoughtful approach, riders can customize their foil setups with confidence. Whether you ride waves, tackle downwind runs, or chase freestyle maneuvers, the Alloy Fuselage is designed to grow with you. Hydrodynamic Excellence: Performance by Design A fuselage does far more than simply connect parts. Its hydrodynamic profile affects drag, lift, and your overall control. Armstrong has shaped the Alloy Fuselage with: ✅ A sleek, tapered form to reduce turbulence and boost speed✅ Streamlined transitions between mast, front wing, and tail stabilizer✅ Refined angles for maximum flow efficiency This performance-focused shaping means you will notice smoother water release, faster acceleration, and a more forgiving feel when transitioning through carves and pumping sequences. In short, the Armstrong Alloy Fuselage is built to help you ride better, longer. Highlighted Key Features Aerospace-grade anodized alloy for durability and corrosion resistance Precision CNC-machined tolerances for a perfect fit Hydrodynamically optimized profile for minimal drag Secure connections for Armstrong A+ System compatibility Balanced geometry for predictable pitch and yaw Lightweight yet strong, designed to handle big conditions Flexible system integration for maximum personalization Empowering Riders of All Levels Armstrong’s mission is to support riders of every skill set, from passionate newcomers to seasoned professionals. The Alloy Fuselage plays a vital role in that mission. Beginners will appreciate its stability and smooth handling. Intermediate riders will trust its rigidity for progression and confidence-building. Advanced foilers will push its limits, experiencing consistent feedback and precise reactions even under powerful loads. Your Reliable, Long-Term Foil Companion Durability is a cornerstone of Armstrong’s philosophy. Investing in the Alloy Fuselage means investing in years of trustworthy service. With its advanced anti-corrosion properties and robust build, this fuselage is ready to thrive in demanding environments. Every session will highlight its confidence-inspiring performance, allowing you to focus purely on your progression and enjoyment. Advanced Hydrodynamics — Mastering Water Flow with the Armstrong Alloy Fuselage Shaped for Smoothness and Speed Hydrodynamic performance is not an afterthought with the Armstrong Alloy Fuselage; rather, it is engineered into every curve and contour. Armstrong’s team worked extensively with computer fluid dynamic modeling and real-world testing to refine the fuselage profile. The result is a perfectly tuned shape that: ✅ Reduces turbulence where water meets the fuselage✅ Promotes clean flow along the entire foil assembly✅ Minimizes drag while maximizing lift✅ Enables stable transitions between turns, carves, and pumps These subtle refinements combine to create a noticeably more efficient and smoother riding experience. Riders report feeling more glide with less effort, unlocking longer sessions and more fun on the water — especially valuable for beginners who benefit from forgiving characteristics and pros who seek max speed. Balanced Geometry for Predictable Control Every angle of the Alloy Fuselage is carefully set to support stability. By balancing pitch and yaw axes, Armstrong ensures the foil system delivers: ✅ Smooth rail-to-rail transitions✅ Predictable lift response✅ Solid tracking through acceleration and deceleration✅ Confidence-inspiring feedback in rough conditions Whether you are linking effortless downwinders or pumping on flat water, this consistent feel is essential. The fuselage’s balance supports riders of all levels, making progression easier and ensuring that every move feels controlled yet dynamic. Why CNC Machining Makes the Difference Armstrong’s choice to precision-machine its Alloy Fuselage via CNC processes is no accident. CNC machining guarantees: ✅ Exact, repeatable tolerances across every production unit✅ Perfectly aligned screw threads and connection points✅ A flawless fit with front wings, stabilizers, and masts✅ Reduced flex and micro-vibrations This manufacturing consistency means no surprises — your gear performs the same every session, regardless of conditions. As a result, you gain confidence, reduce the risk of mechanical failures, and enjoy a product that truly lives up to its premium reputation. Seamless Integration with Armstrong’s Modular Ecosystem Future-Proof Compatibility One of the hallmarks of Armstrong’s ecosystem is forward-thinking design. The Alloy Fuselage is fully compatible with Armstrong’s flagship A+ System, giving you flexibility and peace of mind. Riders can upgrade wings, stabilizers, or masts while keeping their fuselage as the trusted backbone of the system. ✅ Fits Armstrong A+ System front wings✅ Compatible with A+ rear stabilizers✅ Works with multiple Armstrong carbon masts✅ Future-proof against new Armstrong component releases This modular approach ensures you can grow your quiver as your riding evolves, without worrying about costly system…

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Armstrong S1 300 Stabilizer
€100.00
Armstrong S1 300 Stabilizer Elevate Your Ride with Confidence, Style, and Precision In the dynamic world of modern foiling, one truth stands out: your stabilizer defines the ride. While front wings generate the primary lift, it is the stabilizer that shapes balance, control, and the harmony of every movement. Enter the Armstrong S1 300 Stabilizer — a groundbreaking design that delivers exceptional stability, lightning-quick feedback, and the confidence to push beyond your boundaries. Crafted with Armstrong’s renowned engineering precision, the S1 300 brings together decades of hydrodynamic innovation with the real-world testing of pro riders who live to foil every day. Whether you’re dock starting, riding tiny surf, linking pumping lines, or dialing in radical carves, the Armstrong S1 300 Stabilizer serves as your silent co-pilot. It empowers you with crisp responsiveness, unstoppable drive, and a forgiving yet high-performance profile. No compromises, no second-guessing, just pure, progressive foiling. Why Choose the Armstrong S1 300 Stabilizer? Armstrong’s legacy stands on a simple promise: build gear that is strong, adaptable, and ready to progress with the rider. The S1 300 embodies that mission, blending high-aspect precision with a planform engineered for flow. The result? An ultra-stable platform that supports a massive range of riding styles and ambitions. Key reasons to choose the S1 300 Stabilizer include: ✅ Next-Level Yaw Stability — stays locked on track even in rough water✅ Pitch Forgiveness — smooth lift transitions and reduced porpoising✅ Seamless Carving Performance — perfect for stylish rail-to-rail direction changes✅ Carbon-Optimized Strength — incredibly strong yet featherlight✅ Universal TaperLock Compatibility — fits your Armstrong fuselage seamlessly✅ Future-Proof Design — ready for next-gen front wings Armstrong’s obsessive design cycle delivers a stabilizer with no weak links, only trustworthy performance, day after day. Armstrong S1 300 Stabilizer Engineered for Precise Control One of the defining features of the Armstrong S1 300 Stabilizer is its carefully tuned chord profile. While some stabilizers feel twitchy or over-reactive, the S1 300 blends gentle taper with a progressive curve that grants you predictable lift through every phase of your ride. Armstrong S1 300 Stabilizer Optimized Planform The stabilizer’s planform is a work of art, balancing aspect ratio with chord depth to create stability without sacrificing maneuverability. As a result, you enjoy confidence-inspiring tracking at low speeds, plus responsive turning at higher velocities. Core benefits of this optimized shape include: ✅ Lower drag during pumping✅ Smoother directional transitions✅ Reliable recoveries after hard landings✅ A more forgiving learning curve for newcomers No matter what style you pursue, the stabilizer supports you with a platform designed for progressive mastery. Armstrong S1 300 Stabilizer Premium Carbon Construction Performance starts with construction — which is where Armstrong once again sets a standard. Armstrong S1 300 Stabilizer uses aerospace-grade carbon fiber with an ultra-consistent layup. That means high strength, reduced flex, and incredible durability even under punishing riding conditions. Armstrong S1 300 Stabilizer The Details That Matter ✅ High-Modulus Carbon Core — incredible stiffness for responsive feedback✅ Refined Layup Technique — precise fiber orientation to handle complex forces✅ Minimal Resin Use — maximum fiber density for ultimate strength✅ UV-Resistant Clear Coat — keeps your stabilizer looking and performing its best These material choices deliver a stabilizer that stays true to Armstrong’s philosophy: gear that lasts, progresses, and supports you for seasons to come. A Armstrong S1 300 Stabilizer for Every Discipline The S1 300 might wear the “S” for stabilizer proudly, but its talents go far beyond traditional stabilizing. Armstrong designed it to match a wide spectrum of riding disciplines, from hardcore pumping to playful surf, high-speed tow, and even light-wind wing foiling. Armstrong S1 300 Stabilizer Dock Start and Pump Foiling Dock starts are one of the most technical and physically demanding forms of foiling. With the S1 300, you get consistent low-speed lift, forgiving pitch balance, and a dependable stall margin that keeps you riding, even when your cadence fades. Highlights for dock and pump: ✅ Smooth acceleration from the first stroke✅ Consistent glide over long distances✅ Forgiving recovery after missed pumps✅ Stable yet dynamic direction changes You’ll feel a noticeable boost in flow and confidence from your first dock session. Armstrong S1 300 Stabilizer Surf Foiling Small-wave surf demands a stabilizer that supports easy transitions while maintaining flow across tiny sections. The Armstrong S1 300 Stabilizer hydrodynamic profile excels here, giving you forgiving lift and smooth yaw stability so you can carve, pivot, and link sections without worrying about tail stalls. Perfect for: ✅ Gutless or mushy wave conditions✅ Maintaining lift during slow speed sections✅ Connecting multiple wave faces✅ Recovering from off-balance drops Whether you ride a 1-foot micro-wave or an open-faced shoulder-high runner, the S1 300 will keep you flying. armstrong surf 205 Tow and Wing In addition, many riders cross disciplines — one day behind a boat, another with a handheld wing, or even experimenting with wake transitions. The S1 300 transitions beautifully between these activities. Its stiff carbon build handles higher speeds with zero tail flutter, while the carefully sculpted profile resists ventilation and cavitation even when water conditions get tricky.armstrong surf 205 ✅ Ultra-smooth behind the boat✅ Confidence-building behind a wing✅ High-speed capable without sacrificing pitch authority✅ Quick recoveries from touchdowns This stabilizer is a one-quiver solution for riders who refuse to be boxed into a single discipline. Advanced Technical Specifications You asked for details — Armstrong delivers them. Let’s explore the precise specifications of the S1 300: ✅ Span: 450mm✅ Chord: 70mm✅ Area: 300cm²✅ Aspect Ratio: 6.8✅ Construction: High-modulus carbon fiber✅ Mounting: TaperLock universal fit✅ Finish: UV-protected matte carbon Each figure is the product of years of engineering, blending raw numbers with real rider feedback to ensure a stabilizer that truly works under your feet. armstrong surf 205 Rider-Tested, Rider-Approved Armstrong’s pro team includes some of the best pump, surf, and tow riders on the planet. Each one played a part in validating the S1 300 in real-world conditions before it ever reached the public. What they reported back: ✅ Incredible yaw balance, even on sketchy transitions✅…

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CF V2 Front Wing
€290.00
Armstrong CF V2 Front Wing: Introduction & Product Overview Redefining Foiling Performance The Armstrong CF V2 Front Wing stands at the forefront of foiling innovation. Designed for riders who demand a blend of speed, stability, and precision, this wing elevates the experience across multiple disciplines. Whether you’re wing foiling, prone foiling, or SUP foiling, the CF V2 delivers outstanding responsiveness and effortless control. Engineered for Versatility and Power Unlike entry-level wings, the CF V2 caters to intermediate and advanced riders seeking to push boundaries. Its refined hydrodynamic profile minimizes drag while maximizing lift, allowing longer rides with less effort. Moreover, the wing’s stiffness ensures immediate power transfer, providing confident handling even in challenging conditions.prone foil boards Superior Carbon Construction Built with Armstrong’s proprietary high-modulus carbon fiber and a precision CNC-milled foam core, the CF V2 combines light weight with exceptional durability. This construction reduces flex under load, resulting in enhanced control and consistent performance. Additionally, the wing is treated with UV-resistant coatings that prolong its lifespan. Seamless Modular Compatibility The CF V2 Front Wing integrates perfectly with Armstrong’s modular A+ system. This means riders can customize setups by combining various fuselages, masts, and stabilizers to match their style and conditions. The modular design ensures your investment adapts as your skills evolve.prone foil boards Key Features at a Glance High-Performance Carbon Fiber: Lightweight yet stiff for precise handling CNC-Milled Foam Core: Guarantees consistent shape and lift characteristics Hydrodynamic Design: Low drag profile for efficient glide and pumping Modular A+ System Compatibility: Easy customization and upgrades Durable UV-Resistant Finish: Long-lasting protection against elements Armstrong CF V2 Front Wing: Design & Engineering Insights Precision Engineering for Peak Performance The Armstrong CF V2 Front Wing was developed through extensive research, blending advanced materials with innovative design. Armstrong’s engineers focused on creating a wing that offers outstanding lift and control without compromising speed or agility. Carbon Fiber Construction: Strength Meets Lightness Armstrong utilizes high-modulus carbon fiber in a layered configuration that maximizes stiffness while keeping weight low. Consequently, the wing exhibits minimal flex, translating rider input into immediate, precise response. Additionally, the carbon layup is optimized to handle varying stresses encountered during pumping and carving maneuvers. CNC-Milled Foam Core: Consistency and Durability At the core of the CF V2 lies a CNC-machined closed-cell foam core, which ensures exact dimensional tolerances. This precision manufacturing reduces variances that could affect lift or stability. Furthermore, the foam core contributes to the wing’s light overall weight while maintaining structural integrity. Hydrodynamic Optimization The wing’s shape was refined using computational fluid dynamics (CFD) simulations and real-world testing. As a result, the camber and thickness distribution promote smooth water flow, minimizing drag and delaying stall. Transition zones between the main wing body and wingtips are carefully sculpted to reduce vortex formation, enhancing overall efficiency. Modular System Compatibility Designed to work seamlessly with Armstrong’s A+ modular components, the CF V2 attaches easily to a variety of fuselages, masts, and stabilizers. This modularity allows riders to tailor their setup precisely for different disciplines or conditions without replacing the entire foil. Quality Control and Environmental Considerations Armstrong implements rigorous quality control procedures at every production stage to ensure consistent performance. Moreover, the company prioritizes sustainable practices, employing eco-friendly resins and minimizing waste. This commitment extends the wing’s lifecycle and supports environmental responsibility. Armstrong CF V2 Front Wing: Performance Across Conditions Superior Speed and Glide Efficiency The Armstrong CF V2 Front Wing delivers remarkable speed and glide, thanks to its high aspect ratio and hydrodynamic design. Riders experience reduced drag, enabling faster acceleration and sustained top-end speed. Moreover, even at lower speeds, the wing maintains efficient lift, allowing smooth rides with minimal pumping effort. Stability in Choppy Waters When faced with rough or choppy conditions, the CF V2 remains stable and predictable. Its optimized wing shape cuts through waves, dampening vibrations and preventing sudden stalls. Therefore, riders maintain confidence and control, even during aggressive maneuvers in challenging environments.CF V2 Front Foil Responsive Handling for Technical Maneuvers Thanks to its stiff carbon construction and refined shape, the CF V2 offers precise, responsive handling. Riders can execute sharp turns, quick transitions, and complex tricks with ease. Additionally, the wing’s design supports smooth energy transfer, making advanced maneuvers feel natural and fluid.CF V2 Front Foil Efficient Pumping for Extended Sessions The wing’s hydrodynamic profile maximizes pumping efficiency by converting rider input into forward momentum with minimal loss. This reduces fatigue and extends session duration. Furthermore, its forgiving stall characteristics assist riders in maintaining momentum through transitions and varied water conditions.CF V2 Front Foil Versatility Across Foiling Disciplines Due to its modular design and adaptable size options, the Armstrong CF V2 excels in wing foiling, prone foiling, and SUP foiling. This versatility makes it an ideal choice for riders who engage in multiple disciplines or seek a single wing that performs well across diverse conditions.CF V2 Front Foil Rider Testimonials Rider Location Discipline Feedback Summary Mark S. Maui, Hawaii Wing Foiling “The CF V2’s speed and control transformed my rides.” Emma L. Cape Town, SA Prone Foiling “Stable in chop and responsive for tight turns.” Lucas P. French Riviera SUP Foiling “Less fatigue and smoother pumping on long rides.” strong CF V2 Front Wing: Rider Profiles & Use Cases Ideal for Intermediate to Advanced Foilers The Armstrong CF V2 Front Wing is engineered for riders who have progressed beyond the beginner stage and desire enhanced performance. Its blend of speed, lift, and control makes it a top choice for those aiming to refine their skills or compete. Rider Profiles Rider Type Skill Level Typical Use Benefits of CF V2 Wing Intermediate Rider Intermediate General foiling, progression Balanced lift and stability to build confidence Advanced Rider Advanced Aggressive carving, freestyle Responsive handling and high-speed glide Competitive Racer Expert Racing on flat water and open ocean Maximized speed and efficient pumping SUP Foiler Intermediate-Expert Long-distance and fitness rides Smooth pumping and stable glide Use Cases Scenario Why CF V2 Excels Recommended Setup Flatwater Racing High aspect ratio reduces drag for…

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