Tucker and Jeff at MACkiteboarding break down the all-new KT Arc foil board in full detail. This is KT's answer to riders who wanted the soul of the Super K2 in a wider, thinner, surf-driven shape built for wave performance, winging, and parawing use. Tucker rode the 68L (5'9 x 20") prototype in Florida and came away seriously impressed, especially for lighter wind conditions and all-around versatility. Jeff has logged six sessions on it and has nearly nothing negative to say. In this video, Tucker and Jeff cover: - KT's Pro Carbon dual-shot core construction and why it matters - PVC sandwich encapsulation and how it compares to other high-end builds - The elliptical comp cockpit, rocker profile, and foot placement - How the Arc performs compared to the Super K and Super K2 - Bottom shape, continuous rocker, and takeoff technique - Sizing recommendations for winging, parawing, and one-board quiver builds - Price breakdown and whether it justifies the premium over standard carbon construction The Arc runs from 48L to 98L (5'4 to 6'4) and is offered in Pro Carbon construction only, putting it in the $2,300 to $2,600 USD range. If you are coming from a Super K, you can likely size down in the Arc due to its added width and length efficiency. For help with sizing or to talk through how the Arc fits into your quiver, reach out to us at [email protected]. 0:00 - Intro and first impressions 1:22 - Pro Carbon dual-shot core construction 2:14 - PVC sandwich and carbon layup 3:10 - Travel, dimensions, and prototype notes 4:21 - Rocker profile and cockpit shape 5:08 - Deck pad design and foot placement 7:34 - Volume placement and nose lift 8:55 - Best use cases: winging and parawing 9:28 - Size range overview 10:35 - Bottom shape and takeoff comparison vs Super K 12:35 - Arc vs Super K performance breakdown 15:07 - Sizing recommendations 18:28 - Volume vs length and width guidance 19:37 - Price point and value discussion 22:37 - Durability and build quality 24:09 - Final verdict #wingfoil #ktarc #mackite

KT Arc Pro Carbon | Construction, Wave Performance, and Sizing Breakdown

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