Airush Lithium V12 2021 Kite

All-round freeride kite for all levels of Airush

The Lithium V12 2021 is the friendly all-round performance kite from Airush. A pleasure for everyone from beginner to advanced freeride kite surfer. The Airush Lithium V12 is perfect for comfortable cruising, hooked-in tricks and high jumps. The bar pressure of the Lithium V12 2021 can be described as light. This makes the Airush Lithium easy to control, even if you are not that of a strong person. Once in the air, the Lithium V12 2021 immediately feels super stable. The powerful hybrid delta three strut design gives the Lithium an enormous wind range. In combination with Airush"s V3.2 bridle system, the Lithium 2021 absorbs gusts very well and the kite performs like no other in gusty conditions. Partly due to this bridle system, it is also very easy to go upwind with the new Lithium 2021. Airush has paid a lot of attention to the design of the Lithium to ensure that the kite has a quick relaunch. This can be seen from the slanted wing tips. These tips don’t "stick" to the water to quickly and, in combination with the delta design, make relaunching the Lithium 2021 a pice of cake. On the tips you can adjust the Lithium 2021 to your own preference, from high bar pressure to low bar pressure.

This year the Lithium has a new strong construction. The canopy is entirely made of D4 ripstop. This canopy has the highest breaking strength of all types of kitesurfing canopy available. Points that wear out quickly, such as the tips of the Airush Lithium, the kite is reinforced with Kevlar. All struts are provided with strong Airush Bumpers at the front to significantly extend the life of the kite. In short, the Airush Lithium is a super strong and solid kite.

So, are you looking for a kite with which you can cruise, jump, and do hooked tricks super nice? Then the Airush Lithium is definitely a kite for you!

Features

Allround | Freeride

Hybrid delta shape

Three struts

Strong D4 ripstop cloth

Large wind range

Fast relaunch

V3.2 bridle system