Salomon QST Lux 92 Women's Skis - 2019

QST Lux 92
The QST LUX 92 blends terrain adaptation, energy, and a smooth ride. Built on a Spaceframe construction with full Woodcore, it balances on-piste power and soft snow floatation. And the C/FX layer ensures a smooth ride.

Soft and hard snow performance

Spaceframe is made from an Inverted 3D Woodcore with Carbon Flax insert, and Power Transfer Platform. It provides Superior Ski to Snow Contact Off Piste and On Piste, guaranteeing Underfoot Performance for Hard Pack Carving.

Great terrain adaptation

Full Sandwich, ABS sidewall construction, extending around the entire sidewall, delivers increased ski to snow contact, added strength and great terrain adaptation.

Quick and agile

Koroyd inserts in the tip and tail of the twin rocker shape ensure great floatation, drift in powder, and easy pivoting for more agility.

Salomon Recommended Bindings (Sold Separately):

• Spaceframe 3.0 AMB - Directional design built to perform in all conditions thanks to the all-mountain rocker and wood core that extends into the tail.
• Inverted 3D Woodcore - Internally milled core for optimum stability and rebound that maximizes the ski to snow contact and filters vibrations.
• Full Sandwich Sidewalls 360 Degrees

Reinforcement:

• Ti Power Platform
• CFX Superfiber
• Total Edge Reinforcement

Specific Features

• PULSE PAD - Two layers of rubber elaster surrounding the core of the ski at the tip, tail, and under the binding. Maximum shock absorption to soften landings on hard icy jumps in the terrain park, and also increase durability from the violent slapping of the tip and tail that occurs during landings. Extends the life of your body and your ski.
• Power Transfer Platform
• Semi Twin Tail - Slight rise to the tail of the ski, increases foregiveness and control in all conditions.
• Koroyd Tip - Flow with the snow and pivot to perfection thanks to the Koroyd insert's innovative honeycomb structure, positioned in the tip and tail of the twin rocker shape.
• Hook Free Taper - Easier turn initiation in deep and variable snow, less tip deflection at high speeds