Overview Small Wave Performance Range – SharpEye Cheat Code E3Lite Model The Cheat Code E3Lite by SharpEye Surfboards is a high-performance, up-volumed shortboard explicitly engineered to unlock maximum performance in small and sub-par wave conditions. Packed with advanced design elements to cheat the system when the ocean lacks power, this model delivers an electric blend of instantaneous acceleration, effortless paddling, and sustained down-the-line speed. Built using SharpEye's premium E3Lite technology, this board offers a lightweight, high-performance epoxy construction that maximizes buoyancy and structural response. It is a highly forgiving yet razor-sharp shape designed to carry flawless momentum across gutless sections, allowing you to maintain an aggressive, progressive shortboard approach when everyone else is struggling for speed. This model is best suited for intermediate to advanced surfers looking for the ultimate small-wave daily driver or high-volume groveler. To fully experience its explosive agility and lively feel underfoot, the Cheat Code rewards being ridden 2 to 4 inches shorter than your regular high-performance shortboard, capitalizing on the added width and thickness to transform average beach breaks into a high-speed canvas. Model Outline Compact, up-volumed performance outline featuring added width and thickness strategically distributed throughout the core to ensure elite paddling power and early wave entry. The template incorporates a highly forgiving, boxy rail design engineered to resist catching or digging in choppy, softer surf, keeping the ride fluid and continuous. Bottom Contours Medium single to deep double concave paired with a flat entry rocker. The flat entry rocker is explicitly dialed in for instantaneous acceleration straight off the takeoff, while the precision hull contour—featuring a medium single concave that flows seamlessly into a deep double concave through the fin cluster—channels water rapidly to provide exceptional control, drive, and loose rail-to-rail transitions through weak sections.
