Scott Fly'air A Version Freeride Ski

Scott Fly'air A Version Freeride Ski
Scott Fly'air A Version Freeride Ski
Scott Fly'air A Version Freeride Ski
Description
Our Price : £200.00
RRP : £360.00
Save : £160.00
Qty :
Home Delivery Or Collection in Store
  • Description
  • Specifications
 The first ski to be part of SCOTT’s lightweight freeride mountaineering ski program. Superlight Paulownia wood core guarantees the Fly’Air is light, easy to turn and responsive

Pro-Tip Rocker 350

Pro-Tip Rocker 350

By incorporating a progressive tip height radius, SCOTT skis simply track better than the competition. SCOTT's Pro-Tip produces a more consistent ski flex and predictable turns. Pro-Tip is available in three heights 300mm (Precision On-Piste), 350mm (All-Mountain) and 375mm (Full Freeride).

 

Dual Radius

Dual Radius

Traditional skis have a fixed radius that determines the length of every turn. SCOTT skis combine two radii (dual radius) to create the sidecut or “shape” of the ski. By incorporating the Dual Radius concept, the ski can turn when you want it to turn, resulting in a more versatile ski which is not confined to one type of skiing or terrain.

 

Factory Finish

Factory Finish

SCOTT skis come direct from the factory "ready to ski" with SCOTT factory finish. Every factory finished ski leaves the factory with side edges ground at 89° and base edges ground between 0.5° and 0.8° for exceptional performance. The base is finished with a micro structured CNC stone grind so you can mount your skis and hit the hill, no tuning required.

SCOTT Pro Tip Rocker 350

SCOTT Pro Tip Rocker 350

Combining a progressive shape with increased tip height and radius creates Pro-Tip Rocker.

 

SSCL P - Sandwich Sidewall Construction Laminate Paulownia

SSCL P - Sandwich Sidewall Construction Laminate Paulownia

Lightness & Efficiency
Paulownia wood core combined with laminates results in a super lightweight ski with a great flex and torsional rigidity.


 

Pro-Tip Rocker

Pro-Tip Rocker

Pro-Tip Rocker features a combination of progressive shape and increased tip height and radius...