Stöckli Laser SC Orea skis with SRT 12 bindings

     Unique in design, proven in terms of skiing performance – that’s what the Laser SC Orea’s all about. Equipped with dark racing sidewalls and a slightly softer wood core, this ski provides a sporty as well as a leisurely and comfortable ride. The true all-rounder amongst piste skis. And what’s more, it’s a real eye-catcher. The colours, the unique top sheet – which consists of two different surfaces – and the elegant bamboo inserts give the ski a top-notch look, enough to quicken the pulse of any ski fan.

LENGTH    DIMENSION    RADIUS
149            123 72 104       11.1
156            123 72 104       12.3
163            123 72 104       13.5
170            123 72 104       14.9

177            123 72 104       16.2

Size Optimized Construction

The construction of these models changes according to the length. The shorter lengths are typically made a little lighter and softer compared to the longer lengths. The aim is to provide an optimal match between the ski’s handling characteristics and the skier’s physique.

Solid Metal Edge

Wider than conventional edges, a wider edge makes the ski a little more stable.

Full Edge Contact

The widest points of the sk are set further forward or back. This makes the shovel grip faster and the part of the edge in contact with the snow when the ski is tilted, becomes longer. Benefits include easier, faster turn initiation and improved grip in the turn due to the longer contact area.

Flex Torsion Control

An S-shaped notch in the aluminum at the shovel and tail of the ski offers softer flex and torsion at the front and rear. As a result, the ski exhibits more torsional flex, making it easier to initiate turns. At the same time, when changing direction, the ski remains under control because the torsion can adapt.

Racing Sidewalls Black

Phenol sidewalls with a harder resin plus carbon black lead to greater stability and more direct power transfer. Benefits include faster and more direct power transmission and improved agility when switching edges.

Bindings