Stöckli LASER WRT PRO Ski Set + SRT SPEED D20 Base + SRT12 BL Bindings

The Stöckli LASER WRT PRO Ski Set + SRT SPEED D20 Base + SRT12 BL Bindings is designed for expert skiers looking for a performance-oriented on-piste ski. Designed for groomed runs and challenging courses, it combines the responsiveness of a slalom ski with the stability of a giant slalom ski in a single package. Its direct power transfer and precise handling make it a logical choice for those seeking fast, sharp, and fully controlled turns. This package, available in the 2027 collection, combines the ski, base, and binding in a configuration designed to work in synergy.

Performance and Handling: A Sport-Oriented On-Piste Ski

The Stöckli LASER WRT PRO Ski Pack + SRT SPEED D20 Base + SRT12 BL Bindings is clearly geared toward performance on the piste. Its preferred terrain is groomed slopes, where compact snow allows you to fully exploit the edge grip and the stiffness of the construction. The ski responds to an aggressive riding style, with crisp turn initiation and a dynamic turn exit that promotes acceleration. It is not designed for off-piste versatility, but for skiers who want to push their limits on groomed slopes, whether in giant slalom or sporty free-skiing.

Dimensions and radius: geometry designed for short to medium turns

With dimensions of 119/67/101 mm (tip/waist/tail) and a turning radius of 13.7 m in the 166 cm length, this ski is optimized for precise, responsive short- to medium-radius turns. The 67 mm waist width ensures effective edge contact on hard snow without any loss of energy during lateral flex. The Full Edge Contact geometry optimizes edge contact along the entire length of the ski, resulting in immediate turn initiation and consistent grip, even at high speeds. The set is available in 166- and 172-cm lengths, offering a choice tailored to each expert skier’s build and skiing style.

Construction: Competition-Grade Materials for Stability and Responsiveness

The quality of this pack relies largely on the construction of the Stöckli LASER WRT PRO ski, handcrafted in Switzerland using a sandwich construction system. Here are the key structural elements and their specific benefits:

• Race Core (beech and poplar): a wood core with calibrated density that combines responsiveness at the start of turns and shock absorption in challenging sections.
• Carbon Power Turn: longitudinal carbon fibers that enhance energy transfer and promote acceleration out of turns.
• Carbon Steering Control: a carbon reinforcement that improves stability and control at high speeds without adding weight to the ski.
• Titanal Technology Pro: a titanal top layer that provides cushioning, torsional stiffness, and vibration resistance on hard snow.
• Racing Sidewalls Black: competition-inspired rigid sidewalls that ensure direct power transfer from the skier to the snow.

The SRT Speed D20 plate, developed in collaboration with Salomon, acts as an interface between the ski and the SRT 12 binding. It helps dampen vibrations and maintain flex geometry, thereby enhancing the dynamic consistency of the entire system.

Profile and Edge Grip: Full camber for immediate edge grip

The ski features a full camber profile with a slightly raised tip (Tip Rocker) to facilitate turn initiation without sacrificing the precision characteristic of camber. On hard snow, this profile maximizes the contact area between the edges and the slope—an essential condition for carving the steep angles sought by expert skiers. The Solid Metal Edges, which are wider than standard, enhance durability and grip in the most demanding conditions. The 1.0° base bevel and 2.0° side bevel angles round out this design by refining the edge’s responsiveness from the very first pressure application.

For an expert skier practicing alpine skiing on groomed runs with a sporty and aggressive style, the Stöckli LASER WRT PRO Ski Pack + SRT SPEED D20 Baseplate + SRT12 BL Bindings constitutes a cohesive package, where each component is designed to work in synergy. Its high-end construction, competition-derived technologies, and geometry optimized for short- to medium-radius turns make it an ideal choice for those who demand precision, responsiveness, and direct power transfer through every gate and every turn carved on the slope.