Liquid Force Freedom Foilboards Phoenix 1085 Foil Kit

Description

The Freedom Foilboards Phoenix 1085 is engineered for down the line speed for balanced and dynamic carves. Whether it’s behind a boat or being whipped into head high swells, this wing is designed to perform as a playful and responsive tow foil. In addition to high-speed performance as a tow wing, the Phoenix 1085 is an excellent addition to any quiver for all Wing or Kite foilers looking for that loose responsive feel. If tight tow carves are your thing, the Phoenix foil wing is for you..Internal Mast & Fuselage Connection – Stiffest Fit Possible.Tapered Bayonet Fuselage Locks Front Wing Into Place.Full Carbon Construction.Shortened Base Plate – Multiple Foil Mounting Positions.0° and 1° Foil Shims.Tools and Stainless Steel Hardware IncludedSpecificationsArea (cm²): 1085Span (cm): 75Chord (cm): 21AR: 5.2FS 230 StabilizerThe 230 tail wing is the catch-all tail wing that works in any condition. Providing just enough lift to complement any front wing and make the foil feel comfortable and friendly out of the gate. With just enough wing tip curve to make it feel stable yet loose, the 230 is the gateway tail wing for Freedom and a must have for all abilities.29”/74cm Full Carbon MastUnderstanding the importance between the connection of board and foil was our starting point when building the Freedom mast. From there we tested materials and designs to ensure our mast was light, stiff and had a bomb-proof connection system. Next, we honed in on a sleek and tapered profile that allows our mast to cut efficiently through water while maintaining a rigid relation between your feet and foil. The slide-through opening grants a seamless connection to our tapered fuselage. This solid fit provides for an instant transfer of power between front and stabilizer wings and gives your flight the responsive feel required for high performance foiling.23.6”/60cm Carbon FuselageOur fuselage is a solid continuous design to ensure the most direct contact between all the foil components. There