Dynastar Speed WC FIS GS (R21 WC) 183cms 2016/17

  • Model: DAFDL01
  • Shipping Weight: 11KGs
  • 2 Units in Stock
  • Manufactured by: Dynastar
  • Image for illustration only. Actual product may vary.

£580.00 £435.00
25% off
Qty :

The COURSE FIS WC is the new, F.I.S. approved, World Cup GS ski designed for elite-level athletes and competitive racers. New sizes comply with current F.I.S. regulations. Early Rise tip rocker speeds turn initiation for faster, more aggressive lines while WC Spring Blade technology improves swing weight and delivers full-length edge grip. The Course FIS WC features World Cup titanal sandwich construction and the R21 WC race plate for optimum precision, balance and power. 



  • World Cup GS ski.
    FIS Legal For Ladies GS.
  • Great Ski for U16's wanting to progress onto full FIS skis.
    Perfect for U16 Super-G
  • Turn Radius: 30m.
  • Early Rise tip rocker.
  • WC Spring Blade technology.
  • World Cup titanal sandwich construction.
  • R21 WC race plate.


Sizes available: 183cms - For ladies FIS and perfect for U16s Super-G or U16s wanting to progress onto FIS GS Skis.

Recomended Bindings:



Includes binding setup when purchased with bindings! *please leave boot shell size (in mm) in the comments on checkout (if you are having trouble finding the shell size just leave it blank and we will email you to get you sorted)*
Technologies used:

Full wood cores, fiberglass and metal laminates, with full-length vertical sidewalls deliver optimum snow feel, balance, precision, power and stability.

Engineered with traditional camber through the majority of the ski and subtle, low tip rocker. Camber provides increased energy, shock-absorption, and edge grip, while the subtle tip rocker allows easier pivoting on flat skis, instant turn initiation for instictive carving performance, and confident, full-length edge contact through the turn.


Wood Fibre:

A wood core and fiberglass laminate construction optimizes snow feel, balance, precision, power and stability without the additional weight of metal laminates.