Built with (LCT) Line Control Technology which minimizes ski vibrations for optimal control of the trajectory and unmatched stability. A whole new level of power and precision while driving the line.
Optimal edge control.
The rectangular sidewall offers grip, precision and power perfectly suited to the race.
Sensation of fluidity and power.
The titanium layers absorb vibrations and transmit energy back to the ski.
Competition proven stability.
The ash wood core limits vibrations to provide competition proven snow contact and stability.
R22
Interface R22 World Cup brings maximum power and control.
Product
sku - SKU | RAKGG01 000 |
descr_weight - Weight | 5,2 kg/pair |
skisidecut - Sidecuts dimensions (mm) | 101-65-84 102-65-84 |
Profile
skiprofilesidecuts - Sidecuts profile | Picto Fis |
skiprofilerockerheight - Rocker | - |
skiconstructionstructure - Construction | Rectangular Sidewall |
Materials
skiconstructioncore - Core | Ash Woodcore |
skiconstructionreinforcements - Reinforcements | Titanal Beam & Fiberglass |
skiconstructionother - Other | Rossitop |
System
skisystem - Bindings system | R22 |
An evolution of World Cup racing innovation, Rossignol's patented new LCT construction harnesses pure power and energy, delivering fluid stability in all conditions. Featuring a central "power rail" integrated from tip-to-tail, LCT eliminates counter-flexing of the ski to ensure consistently smooth stability and dynamic control of your line.
SIDEWALL constructions feature a layering of core materials (wood, fiberglass, metal, etc.) and full-length vertical sidewalls to deliver optimized edge grip, precision, balance, and power.
TITANAL laminates optimize dampness, stability, and torsional rigidity for maximum power, precision, and downhill performance.
ASH WOOD CORES are dense, durable, and heavy, providing optimized dampness (vibration removal) and stability.
FIBERGLASS offers more elasticity than carbon and comes in multiple weights and weavings, making it the best choice for customized flex and torsional resistance.
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