The Precision 7.0 line pairs generous volume with a responsive pintail to keep you fast down the line and confident through turns. Standard epoxy fiberglass construction, FCS-compatible, and available in bold colorways. Outline: Pintail for hold & clean release Feel: Stable paddle-in, quick acceleration, precise control Profile: Low rocker for speed with lift where you need it Best for: Fast point/reef/clean beach breaks; versatile all-round speed lines Fins: FCS-compatible Builder's Notes: The Precision Collection 7.0 is a performance-focused pintail series tuned for speed, hold, and smooth wave handling. Standard epoxy fibreglass construction keeps the boards light and responsive, while the pintail and refined rails provide clean release and control in the pocket. A low rocker line maximizes down-the-line speed with just enough lift up front for confident takeoffs and late drops. FCS-compatible. The 7'0", 7'2", 7'4", and 7'6" models cover the full range from compact and agile to high-volume and forgiving. Choose shorter lengths for tighter arcs and quicker rail-to-rail, or step up in size for easier paddling, earlier wave entry, and added stability without losing the Precision series’ lively feel. 7'6" Notes (7’6" × 21 ¾" × 2 ⅞")Maximizes float and glide for easy paddling and early entry. Ideal as a versatile step-up for surfers who want stability and smooth trimming with responsive pintail control when you step back on the tail. 7'4" Notes (7’4" × 21 ¾" × 2 ⅞")Balanced “do-most-days” size. Adds paddle power and hold while staying nimble enough for clean cutbacks and down-the-line speed in a wide range of conditions. 7'2" Notes (7’2" × 21 ½" × 2 ¾")Compact daily driver feel with quicker transitions and tighter turning radius. Great for progressing surfers who want more performance without giving up paddle ease. 7'0" Notes (7’0" × 21 ½" × 2 ¾")The most agile in the lineup, fast, responsive, and playful in the pocket. Best for smaller riders or confident intermediates looking for a lively pintail that still paddles into waves efficiently.
