Rossignol Blackops Sender Skis

Ride free. Fresh tracks to hardpack, the Blackops Sender is your ticket to ride the whole mountain. It brings an effortless, responsive feel to go anywhere the snow takes you, inbounds or out. Vibration dampening tech balances a lightweight wood core for the versatility to cruise or charge at will. Fly beyond the boundaries and roll through mixed conditions without hesitation.

CORE - PAULOWNIA WOODCORE
REINFORCEMENT - DIAGOFIBER
ROCKER - FRONT/BACK ROCKER
CONSTRUCTION - EXTENDED CORE FULL SIDEWALL

AVAILABLE SIZES		172	178
TIP WIDTH (MM)		137	138
WAIST WIDTH (MM)		103	104
TAIL WIDTH (MM)		127	128
RADIUS (M)		16	18
WEIGHT (KG/PAIR)		3.6	3.8

 

FEATURES

• PAULOWNIA WOODCORE - Lightweight Stability. Paulownia wood core reduces ski weight for a balance of weight, power, and maneuverability.
  
• EXTENDED CORE - The Extended core construction increases ski to snow contact and the torsional stability of the ski, boosting precision and control in varies snow conditions.
• LINE CONTROL TECHNOLOGY - Rossignol patented technology that exploits the ski's power and energy to deliver unconditional stability in all conditions. With a central rail integrated over the entire length of the ski, the LCT construction eliminates the ski's counter flexion to ensure enhanced stability and dynamic line control.
• DOUBLE LCT VISCO - 2LCT construction adapts Line Control Technology for wider skis to harness energy input for increased dampening and comfort.
• DAMP TECH - The Damp Tech insert reduces ski vibration for increased snow contact and smooth, confident control in variable snow conditions.
• AIR TIP - The Air Tip technology lightens the tip and tail of the ski which reduces swing weight for enhanced maneuverability without compromising on performance.
  
• MEDIUM POP FACTOR - Medium pop factor translates to a lively rebound and balanced stability at speed.
  
• SUSTAINABLY MINDED - PEFC™ certified poplar wood cores and FSC® certified paulownia wood cores combined with the use of recycled topsheet, base, and edge materials help reduce the environmental impact of the product life cycle.