ROSSIGNOL X-IUM Skating Premium + S2-Ifp Cross-Country Skis

Podium-level performance. The Rossignol X-IUM Premium+ Skating S2 IFP is an elite-level freestyle/skating ski designed for top competitors and experienced skiers. The S2's flex, flex, and glide are optimized for versatile use in a variety of snow conditions. The ski's construction is also kept as lightweight as possible by omitting the Active Cap topsheet. The Nomex® Honeycomb core and the combination of various wood types, along with a carbon layer, provide ideal energy and power transfer for maximum performance at the lowest possible weight. Power Edge technology enhances activation and energy transfer thanks to ABS sidewalls in the center of the flex. The ski tips and tails are incredibly lightweight, providing a smoother ride and conserving skier energy. The IFP Integrated Pad and Binding System is used to mount the bindings. It features a plate built into the ski that is compatible with various types of TURNAMIC® bindings. This binding system doesn't restrict the ski's flex and allows for ideal power transfer. The bindings can be easily moved on the plate to adapt the ski's behavior to different snow conditions or skier preferences. Ultra-light sensations Full-length High Modulus Carbon Core maximizes strength-to-weight ratio and provides optimal energy, power and control. Maximum energy transmission Total Edge technology enhances energy activation by incorporating full-length ABS sidewalls that regulate the ski's camber and provide maximum energy transfer and acceleration. Energy saving The ski's tip and tail profiles are optimized for skating. They are incredibly light and balanced, improving smoothness, conserving energy, and reducing the ski's weight. Ultra-light sensations The Nomex® Honeycomb core is comprised of ultra-lightweight honeycomb-shaped aramid fibers with a high strength-to-weight ratio for powerful, elite performance. Smooth, flexible flex Light+ Capless construction reduces weight while balancing torsional stiffness with a smooth, flexible flex for all-conditions stability and increased energy.