Lightweight all-around freeride performance.
Intuitive & stable platform with precise steering.
H2 Ultra PE leading edge & Load Frame technology.
A team engineered kite that defines the future of minimalistic, lightweight performance design for performance freeride.
The Lithium Team is a more responsive, faster, and lighter version of the Lithium due to the innovative Team Series construction. Featuring a thinner, higher pressure leading edge to reduce drag and allow for a higher angle of attack when riding upwind. The unique blend of efficiency, stability and responsiveness creates an extremely versatile product.
Versatile all-around, easy to ride, and light at the bar, the Lithium Team is predictable and stable in the air, and has incredible park ability.
LEADING EDGE
H2 ULTRA PE
Introducing the next generation of woven Ultra PE. When we introduced Ho’okipa to the market as the first woven Ultra PE, we were confident that using a woven outer layer instead of a film or coating would deliver the best abrasion resistance and durability. H2 takes the same woven-out layer concept and increases the percentage of Ultra PE yarn by 30%, radically increasing strength. This also enabled us to reduce the weight by 30% while maintaining the same bombproof performance.
CANOPY
TECHNOFORCE D2
This premium fabric is designed with a high-density structure that uses high tenacity double-coated polyester yarn in a double ripstop configuration. The double coating protects the yarn as much as possible from UV and abrasion damage, ensuring that the canopy remains crisp and responsive for as long as possible.
REINFORCING
LOAD FRAME TECHNOLOGY
The Airush Load Frame has been the key to setting the ultimate benchmark in durability without compromising on weight. Ultra-high modulus yarns carry the primary load of the canopy, preventing stretch, and increasing long-term performance. The Load Frame is further enhanced by WebTech which is featured in the areas traditionally occupied by Dacron. This enables us to minimize or completely remove the heavier fabric and utilize the ballistic high-modulus web fibers instead – increasing strength and minimizing weight.