Kite Bar F-ONE LINX

Adjustable bar width The Linx Bar is available in two adjustable size ranges: 38/45 cm and 45/52 cm. The width adjustment is tool-free and integrated into the bar ends – simply pull down the tag, rotate the insert, and change the bar size. The system also allows for back line length adjustment to fine-tune your setup. Bar diameter and grip The bar features a small diameter and a comfortable grip that is easy on the hands, even during long sessions. The grip has a slightly rubbery feel with a fine texture, firm underneath and slightly cushioned on top where the fingers wrap around the bar. New depower sheath and lifeline protection The lifeline now runs through a new rectangular depower sheath, significantly increasing durability. This design prevents the center line from rubbing against the aluminum tube and eliminates contact between the lifeline and the rider’s fingers. Precise depower system The above-the-bar stainless steel depower cleat has been simplified and reduced in size. As a result, the depower system is thinner and offers more precise power adjustment, improving control in changing conditions. High V and Low V compatibility The Linx Bar allows switching between High V and Low V front line configurations, depending on the kite model: Buoyancy and safety An additional float positioned above the depower system ensures positive buoyancy if you become disconnected from the bar. Color coding is clear and intuitive, with orange on the left side and dark blue on the right. Quick release and swivel The quick release features a built-in manual swivel above the release to untwist the flying lines. Below the bar, the new minimalist lifeline swivel is made of a plastic stud and a stainless steel ring for leash attachment. It rotates smoothly and automatically untwists the lifeline. Line configuration The bar runs a 4-line configuration. The flying lines are finished with lark’s head loops, compatible with F-ONE bridle connectors. The aluminum V Splitter improves line durability and overall system stability.