Surf / Boost / Ride Riders looking for the fast and grippy shape of the Sci-Fly XR but with a more durable construction that allows for harder riding. The tried and true Sci-Fly XR has been thrown into a second construction known as the XT. This construction is built even stronger to handle big air with hard landings and the possibility of getting thrown on shore in waves. The quad fin and stub nose provide a fast and nimble shape that allows for sharp, hard turns with plenty of grip. FEATURES 1/7 TRIPLE CHANNELED HULL The Sci-Fly XR's advanced and complex hull design provides stiffness for added pop, as well as channeling and grip for better tracking through the water and resistance against the kite. 2/7 QUAD FIN CONFIGURATION The quad fin configuration provides more drive and grip while preventing spin out during powered turns. 3/7 WINGED DIAMOND TAIL A sharp and pivotal shape during turns with plenty of grip and a clean release when popping off the water. 4/7 UNI-DIRECTIONAL CARBON STRINGER Lengthwise carbon stringers on both the top and bottom provide strength and stiffness. 5/7 3K CARBON RAIL SAVERS Carbon fiber rail patches along the tail help prevent cracking, heel dents, and damage from hard landings and deep input. 6/7 FCS II PERFORMER AND CARVER FINS No tool required—just click in and click out. They're quick, easy, convenient, and secure. Carvers in the back and Performers in the front for the best balance of grip, turning, and power. 7/7 XT CONSTRUCTION An intricate manufacturing process, XT Construction is what makes the Sci-Fly XT built to handle maximum impacts from strapped-in aerial maneuvers. An epoxy/ bamboo sandwich serves as the foundation with heavy reinforcements of PVC foam on the deck and additional fiberglass reinforcements under the foot straps and at the fin boxes. ❮ ❯ SIZE GUIDE Length Width Thickness Volume Weight 5'0 17" 2 1/8" 22L 3.4kg 5'4 18" 2 3/8" 27L 3.66kg Package Includes: Sci-Fly V2 XT board, FCS II Reactor Quad-Fin setup let slideIndex = 1; showSlides(slideIndex); function plusSlides(n) { showSlides(slideIndex += n); } function currentSlide(n) { showSlides(slideIndex = n); } function showSlides(n) { let i; let slides = document.getElementsByClassName("mySlides"); let dots = document.getElementsByClassName("dot"); if (n > slides.length) { slideIndex = 1 } if (n < 1) { slideIndex = slides.length } for (i = 0; i < slides.length; i++) { slides[i].style.display = "none"; } for (i = 0; i < dots.length; i++) { dots[i].className = dots[i].className.replace(" active", ""); } slides[slideIndex - 1].style.display = "block"; dots[slideIndex - 1].className += " active"; } // Touch events for sliding on mobile let touchStartX = 0; let touchEndX = 0; document.querySelector('.slideshow-container').addEventListener('touchstart', function(event) { touchStartX = event.touches[0].clientX; }); document.querySelector('.slideshow-container').addEventListener('touchend', function(event) { touchEndX = event.changedTouches[0].clientX; handleSwipe(); }); function handleSwipe() { if (touchStartX - touchEndX > 50) { plusSlides(1); // Swipe left, show next slide } else if (touchEndX - touchStartX > 50) { plusSlides(-1); // Swipe right, show previous slide } }
