Test your limits. It's full speed ahead with the race-refined performance of the Rossignol Hero Master LT R22 skis under your feet. They pair world cup race construction with a longer radius turn bias for arcing big playful GS turns at top speed. The Hero Master is more than a pair of skis, they are the ultimate pair for the days that beg for high-speed big-radius fun.
- Material - Core: BEECH PEFC WOOD CORE
- Material - Reinforcements: FULL TI LAYER
- Profile - Construction: RECTANGULAR FULL SIDEWALL
- Profile - Rocker: FULL CAMBER
LCT: Rossignol's "Line Control Technology" harnesses pure power and energy, providing optimal stability and line control in all conditions. The integration of the "central vertical power rail" in the wood core, eliminates counter-flex to ensure constant stable snow contact, giving dynamic control of your line while retaining the ski's energy.
CASCADE TIP: Our CASCADE TIP construction employs staggered lengths of metal and fiberglass through the tip of the ski, reducing swing weight and controlling tip torsion for smoother turn initiation, increased precision, and more effective full-length edge grip.
FULL TITANAL LAYER: The FULL TITANAL LAYER provides a solid mechanism to restore maximum energy and power in heavy turns, extreme conditions or high speeds.
RECTANGULAR FULL SIDEWALL: RECTANGULAR SIDEWALL construction feature a horizontal layering of core materials (wood, fiberglass, metal, etc.) combined with full-length vertical sidewalls to deliver optimized edge grip, precision, balance, and power.
FULL CAMBER: Our FULL CAMBER profile delivers the ultimate power, precision, and rebound for uncompromising FIS Race level performance.
OVERSIZED SIDECUT: Combining deep carving sidecuts with wider, modern waist widths, our OVERSIZE SIDECUT delivers powerful carving precision and edge grip with increased stability and control.
SINTERED UHD BASE: SINTERED UHD BASE offers maximum glide for maximum speed.
BEECH PEFC WOOD CORE: PEFC certified BEECH WOOD CORE provide optimized dampness and stability using materials that help reduce the environmental impact of the product life cycle.