Berd PolyLight 14g Polymer Spoke 293mm – Ultra-Light Durable Fatigue-Resistant Bicycle Wheel Technology in White
Categories: , Len Cap, Garden Decor
$ 11.91
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Details Upgrade your wheel setup with the Berd PolyLight 14g Spoke – the ultimate choice for cyclists seeking lightweight performance, durability, and innovative technology. Crafted with advanced PolyLight polymer technology, these 14-gauge (2.0mm) spokes dramatically reduce wheel weight by 100 to 200 grams per wheelset compared to traditional steel or carbon spokes, enabling you to build lighter, more responsive wheels without sacrificing strength or reliability. Materials & Durability: Made from high-performance polymer composite materials, Berd PolyLight spokes are designed to be stronger and more fatigue-resistant than conventional steel spokes. Their rugged custom coating enhances abrasion resistance, ensuring long-lasting performance even in challenging riding conditions. The stainless steel threaded connection at the rim, with a flat section for secure tool engagement, guarantees a secure, twisting-free fit, compatible with all standard rim and hub configurations. Performance & Engineering: Engineered for optimal aerodynamics, the 1.8mm cross-section improves airflow and reduces drag, contributing to enhanced speed and efficiency. Thanks to their fatigue resistance and damping capabilities, these spokes significantly improve vibration absorption, resulting in a smoother ride on road and trail surfaces. The integral eyelet design provides a robust connection to J-bend or straight-pull hubs, ensuring precise wheel truing and easy maintenance. Components & Technology: Built for seamless compatibility, Berd PolyLight spokes work with standard hub and rim interfaces. For secure installation, double square locking nipples are recommended, preventing loosening during extended rides. The product includes a specialized Berd Supplemental Kit (BO2924) with eyelet rods, hooks, and deburring tools, streamlining assembly and maintenance processes. Note that Berd spoke lengths are non-standard; please use the provided online spoke length calculator to select the perfect fit. Style & Use Case: Available in a sleek white finish, these spokes are perfect for performance-oriented road cyclists, mountain bikers, and gravel enthusiasts looking to optimize weight and ride quality. Whether you’re building custom wheelsets for racing, endurance riding, or trail adventures, the Berd PolyLight 14g Spokes deliver the lightweight efficiency and strength needed to elevate your cycling experience. Innovative Features & Benefits: – World’s lightest spoke, saving significant weight per wheelset – Stronger and more fatigue-resistant than traditional steel spokes – Superior vibration damping for a smoother ride – Compatible with all standard hubs and rims – Custom abrasion-resistant coating for longevity Choose Berd PolyLight 14g Spokes for a cutting-edge, lightweight wheel build that combines innovative polymer technology with durability and aerodynamic efficiency. Proudly sold per each, these spokes are your upgrade option for faster, lighter, and more reliable cycling performance. Note: Special order availability within 1-2 weeks; custom length selection recommended. Experience the lightest riding performance with the Berd PolyLight 14g Spoke, engineered using advanced polymer technology for unmatched weight savings and durability. Constructed from high-strength, fatigue-resistant materials that outperform traditional steel spokes, providing a longer-lasting, more reliable wheel component. Designed for seamless compatibility with all standard hub and rim connections, featuring a 1.8mm aerodynamic cross section to reduce air resistance and enhance speed. Enjoy improved ride comfort with superior damping of road and trail vibrations, delivering a smoother, more controlled cycling experience on various terrains. Built with a custom abrasion-resistant coating and precision threading, these spokes are optimized for easy truing and maintenance, making wheel building and maintenance more efficient.






