Stöckli LASER SL D20 Ski Set + SRT SPEED D20 Base + SRT 12 Bindings

The Stöckli LASER SL D20 + SRT SPEED D20 Base + SRT 12 Bindings package is designed for advanced and expert skiers looking for the thrill of alpine racing on groomed slopes. Designed around a race program focused on short, fast turns, this recreational slalom ski captures the fundamentals of competitive skiing in a way that’s accessible to high-level skiers outside the FIS circuit. The package’s promise is clear: precise edge control, crisp acceleration, and stability through tight sequences of turns. Delivered pre-assembled with the SRT SPEED D20 plate and the SRT 12 binding, it forms a cohesive and immediately ready-to-use package.

A racing design tailored for short turns on groomed runs

The Stöckli LASER SL D20 is designed exclusively for use on groomed runs, in conditions where grip and responsiveness take precedence over everything else. Its on-piste racing profile makes it ideal for expert skiers capable of executing short turns with great precision. The 13.6-meter radius naturally dictates a short turn arc, facilitating the rapid, rhythmic turn sequences characteristic of slalom. This is not a versatile ski: it truly shines on groomed, well-prepared runs, where hard snow and the ski’s edge reach their full potential.

Dimensions and Geometry: A Design Built for Aggressive Skiing

The 120-66-98 mm sidecut (tip, waist, tail) defines a ski that’s narrow at the waist—a feature that concentrates pressure on the edge and promotes immediate grip on compact snow. With a 66 mm waist, the ski is not designed for powder or off-piste: it is optimized for the groomed run, where this narrowness results in direct and unambiguous edge engagement. The standard length of 165 cm, combined with a 13.6 m turning radius, corresponds to a typical profile for high-level recreational slalom skiing.

Construction and materials: stability and responsiveness for the expert

The Stöckli LASER SL D20 + SRT SPEED D20 Base + SRT 12 Bindings package features a Sandwich Sidewall Technology (S.S.T.) construction, which ensures direct power transfer with no energy loss between the foot and the snow. The Race Core combines beech and poplar, two complementary wood species: beech provides density and responsiveness, while poplar lightens the overall structure to keep the weight of the bare ski at a controlled 1,709 g. A layer of Titanal reinforces the structure, adding stability at high speeds without weighing down the ski’s handling in turns. Carbon inserts complete the design by refining control over torsional flex.

Several integrated technologies refine this performance. Here are the main ones and what they specifically contribute:

• Flex Torsion Control (FTC): regulates torsional stiffness for consistent edge grip along the entire length of the ski.
• Carbon Power Turn (CPT): Carbon inserts amplify energy return upon exiting a turn for sharper acceleration.
• Full Edge Contact (FEC): ensures continuous edge contact with the snow, even on uneven terrain.
• Size Optimized Construction (SOC): adapts the material distribution to each length for consistent performance regardless of the size chosen.

Profile and Grip: Classic camber without rocker

The Stöckli LASER SL D20 features a full-length classic camber profile with no rocker. This is a deliberate design choice: on groomed slopes, the camber maximizes the contact surface with the snow underfoot and at the tip of the ski, which enhances grip both before and after the turn. The absence of rocker confirms this ski’s exclusive focus on hard snow and groomed runs. Edge angles of 1.0° at the base and 2.0° laterally further refine the precision of contact with the snow.

Made in Switzerland, this complete package is ideal for expert skiers who want to experience the thrills of slalom on the slopes without the constraints of an FIS-certified course. The combination of the ski, the SRT SPEED D20 plate, and the SRT 12 binding forms a system calibrated for commitment and precision—provided you have the technical skill to fully exploit its potential.