Code Foils R Series Front Wing

R Series Front Wing

High modulus front wings are designed for the growing discipline of downwind SUP foiling. The 860R High Modulus and 770R High Modulus were both used by World Champion James Casey to win major races in Hawaii this year. The 860R High Modulus won the Molokai 2 Oahu Downwind World Championship. The 770R High Modulus won Paddle Imua, a shorter, sprint style race. The R series are offered in two larger sizes as well now, the 960R and the 1075R. They are both an incredible addition to any foiler’s quiver, set to be very well received by learners for their user-friendly nature. For the experienced rider, these bigger foils enable foiling in almost windless conditions, leveraging even minimal ocean energy for remarkable rides. The team has worked hard on its construction, creating a super lightweight front wing with phenomenal stiffness for its span. If you are looking for a wing that will let you go fast and far in downwind conditions, then the 860R High Modulus or 770R High Modulus is the wing for you.

• The High Modulus R Series are made with High Modulus carbon and are of the build quality users will be familiar with from other Code Foils products.
• These wings are designed for a wide speed range and efficient pumping. They are not as manoeuvrable as some other wings, but they glide forever and still turn. We call them our “longboard foils” because of their long, stable design.
• The R Series High Modulus have an incredible low end for their size. James Casey demonstrated this by winning the M2O with a flatwater start and a challenging finish in upwind conditions. Ben Tardrew also used the 860R to battle for a win and end up on the podium in a nearly windless Hood River challenge against the best in the world.
• Please note that the R series front wings are not designed to be jumped. Jumping the R Series front wings will void warranty.
• The larger 960 and 1075 offer enhanced performance for lighter wind conditions and serve as a gateway for those learning downwind foiling and linking bumps