Description & Features
The Dynastar Speed Course World Cup GS skis balance race-bred power with a sidecut that offers easier steering and turn transitions and are packed with World Cup giant slalom race-inspired performance. Powerdrive Race technology includes a beechwood core and full-length titanal and rectangular sidewalls for powerful carving.
Features
- Junior FIS GS Race Ski
- Power Drive Technology
- Titanal Sandwich Construction
- Ash Wood Core (185cm)
- Beech Wood Core (182cm, 175cm, 170cm)
- Full Sidewall
- Sintered Factory Base
- R22 World Cup Plate
- Recommended Binding (sold separately): Look SPX 12 Rockerace
Dynastar Speed WC FIS GS Ski Specs
Type | Size (cm) | Sidecut (mm) | Radius (m) |
---|---|---|---|
FIS GS Men | 193 | 100 / 65 / 82 | 30 |
FIS GS Men/Women | 188 | 101 / 65 / 81 | 30 |
FIS GS Junior | 185 | 102 / 65 / 84 | 27 |
FIS GS Junior | 182 | 103 / 65 / 85 | 25 |
FIS GS Junior | 175 | 102 / 65 / 85 | 23 |
FIS GS Junior | 170 | 104 / 65 / 87 | 20 |
Technical Info
POWERDRIVE
POWERDRIVE consists of a vertical sidewall made from three materials: a visco-elastic component to absorb uneven terrain, a second Titanal part to boost performance and the ABS element of the sidewall, which plays its traditional and pivotal role of ensuring ski/ snow contact.
SANDWICH CONSTRUCTION
Full wood cores, fiberglass and metal laminates, with full-length vertical sidewalls deliver optimum snow feel, balance, precision, power and stability.
FULL TITANAL LAYER
Two full titanal layers on each side of the core are combined with traditional sandwich construction, providing excellent stability on turns and significantly reduced torsional effects on the ski.
FULL SIDEWALL
FULL SIDEWALL constructions feature full-length vertical sidewalls from tip to tail to deliver optimized edge grip, precision, balance, and power.
BEECH WOOD CORE
Beech is a hardwood that dampens vibrations and increases stability, especially at higher speeds.
SINTERED FACTORY BASE
A high density, porous ski base for maximum wax absorption, abrasion resistance, and optimal glide.