Firewire Singleton Helium Core Longboard - Resin Tint

Firewire Singleton Helium Core Longboard in a Resin Tint

Few longboards have been designed with this level of care and competitive intent. The Singleton is Taylor Jensen's World Longboard Tour nose rider, shaped alongside Stu Kenson over multiple prototypes to find the right balance between tip riding stability and genuine performance. The wide nose concave locks the board into the pocket for hang fives and hang tens, the wide point gives your front foot a stable platform, and the tucked hard edge square tail makes bottom turns and cutbacks feel crisp and responsive rather than vague. Everything flows together through bottom contours that run from single concave at the nose to a gentle roll mid-board and flat through the tail, keeping the board smooth and predictable whether you're trimming down the line or committing to a turn. Helium Core construction keeps the weight down and the rails lively, with Paulownia and Balsa wood providing flex and rebound that a traditional longboard simply cannot match. 

FEATURES

• Collaboration between four-time World Longboard Champion Taylor Jensen and shaper Stu Kenson, introduced by Dan Mann
• Modern nose rider outline designed for both tip riding and performance turning
• Wide single concave nose to hold the board in the pocket during nose rides in steep sections
• Wide point for added stability during hang fives and hang tens
• Tucked hard edge square tail for sharp release and drive through turns
• Bottom contours flow from single concave at the nose to a slightly rolled mid-section to flat through the tail for smooth, predictable transitions
• Firewire Helium Core construction: stringerless EPS core with Paulownia and Balsa wood parabolic rail inserts for lively flex and energy storage through turns
• 3mm proprietary aerospace composite deck skin for long-lasting durability and responsiveness
• Wooden nose cap for maximum compatibility during nose riding in all conditions
• Single fin box setup
• Recommended for waves from one to six foot in a wide variety of conditions