Stockli Nela 88 Skis - Women's 2022


  • $998.00

Blurring the lines between freeride and all-mountain, the 2022 Stöckli Women's Nela 88 Ski really means it when it says it's ready for anything. There's the hybrid profile, combining a curved rocker profile in the nose and a flat rocker in the tail with traditional camber underfoot to give you ski that's agile, capable, and stable all at the same time. But what really makes the Nela 88 special is the weight- there isn't any. Well okay there's SOME, but between the Titanal Technology which prints graphics directly on a structural metal topsheet, and things like Polywall construction which integrates the sidewalls into the core for greater strength from less material, meaning more of your energy goes into riding and less into just moving your skis around.

  • Traditional camber and two different rocker types give this ski great versatility and all-condition performance
  • Exposed metal topsheet is actually structural Titanal Technology where graphics are applied directly to the ski’s structure
  • Softflex Construction is specially formulated to give female skiers performance they can use
  • Profile: Rocker/Camber Hybrid
  • Waist Width: 88
  • Bindings Included: Not Included
  • Design: All Mountain
  • Ski Dimensions: 127/88/113
  • Turn Radius: 15m (size 160)
  • Long, curved Nose Rocker section provides better float, smoother turns, and improved edge engagement
  • Tail Rocker section is a flat-radius, meaning agility is maintained while allowing for greater edge engagement while turning
  • Central section of traditional camber maintains edge hold and stability at speed
  • Super Light Core construction uses balsa or fuma inserts to improve response and durability while dramatically reducing weight
  • Using the same materials but a different construction method, SMELight (Super Metal Edge Light) edges offer improve durability and strength while reducing weight
  • Polywall construction integrates the sidewall into the core, improving durability and strength
  • Thin Glass Laminate Uses a special fiberglass weave to reduce weight by 25% while still delivering efficiency energy transfers

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