Attack LYT
Less weight, more fun
Our best freeski binding, but even lighter and more compact. The Attack LYT guarantees outstanding performance with 15% less weight and 100% shredability. Like all our Attack models, the Attack LYT 12 GW offers outstanding performance on any terrain - piste, park, pipe, powder. This binding is a sure winner with optimal support, safety and full power transmission from the boot to the ski edge.
Features
Lightweight Toe
The peculiarity of the Attack LYT is its weight of only 960 g apiece. The FR LYT toe is 15% lighter than the one on the current Attack, bringing a weight saving of 5% or 100 g for the whole binding. In addition to that, it ensures automatic toe height adjustment to adult Alpine ski boots (ISO 5355 TYPE A) and adult Walk ski boots (ISO 23223 TYPE A).
Slimmer Design
The Attack LYT has the classic Attack design with lateral spring, but comes with a slimmer look and a more lightweight toe. Like any Attack model, it ensures perfect ski boot centering and consistent release values.
The Attack LYT Line
The Attack LYT range includes two demo versions (Attack LYT 13 GW Demo and Attack LYT 11 GW Demo) for the rental sector, which cover an adjustment range of 259-382 mm thanks to the demo rails. Another addition is the PROTECTOR Attack LYT 13 GW, bringing the safety features of the PROTECTOR line to the Attack LYT range. In addition to the lighter toe and the more compact design, this model comes with the innovative Protector heel.
High Durability
Our Attack LYT bindings are highly durable and ready for any terrain - piste, park, pipe, powder.
Strong Performance
The Attack LYT is a sure winner with optimal support, high stability and full power transmission from the boot to the ski edge in any terrain. Moreover, it ensures automatic toe height adjustment to adult Alpine and Walk ski boots.
Highest Safety Levels
Attack LYT bindings ensure perfect ski boot centering and consistent release values.
A Protector for every ski
Protector Attack LYT bindings can be mounted on any flat ski without an integrated base.