Description

Ski LASER WRT +SRT SPEED+ SRT 12

DESCRIPTION

Inspired by racing, built for the highest demands: our racing DNA in one ski. The Laser WRT combines the strengths of a giant slalom ski with those of a slalom ski and is therefore the perfect ski for downhill. Whether short or long curves, the Laser WRT reacts quickly and flexibly. With the new carbon inserts under the wood core, it is even more responsive and accelerates noticeably more when exiting the curve. And all this without sacrificing anything in terms of stability and smoothness. In short: the Laser WRT promises high speed, precise curves and incredible power.

DETAILS

Sandwich system construction;
Surface Polyamide;
Racing-Graphite Base;
SME, FEC, CSC, CPT technologies.

TECHNOLOGIES

Solid metal edge

Wider edges than conventional ones. This not only increases the lifespan of the skis, but also pays off in the rental/lending sector, where the equipment is subjected to particularly heavy use. A wider edge also makes the ski a little more stable.

Benefits
Longer lasting;
Reduced susceptibility to damage;
Greater stability.

Full edge contact

The widest points of the ski are positioned further forward or back. This makes the blade grip faster and the part of the edge in contact with the snow when the ski is tilted becomes longer.

Benefits
Easier and faster curve initiation;
Better grip when cornering thanks to the longer contact area.

Carbon steering control

CSC technology has been successfully used in the Alpine Ski World Cup. The visibly recognizable carbon laminate in the window is laminated with glue as appropriate for each end point. In the Flex line, the carbon laminate flexes ideally , so that the ski does not lose any of its perfect tuning. In the event of strong impacts, the carbon laminate is tensioned through its special glue layer at the ends, which results in less flattening on the snow.

Benefits
Superlative silence;
Greater stability;
Perfect control, even in difficult conditions.

Carbon Power Turn

Carbon strip inserts around the binding plate area under the wood core. The carbon fibers running longitudinally are tensioned during the initiation phase of the curve and released during the end of the curve, effectively creating extra acceleration explosive.

Benefits
Stronger acceleration;
Faster edge change;
Improved agility.