NEW

DIMENSION OF CARVING TURN SIMULATION

FEATURES AND ADVANTAGES

New Experience:
Discover new possibilities engineered to make your training sessions significantly more effective.

SIMULATION OF FORCE VECTORS

A unique system of dynamic rubber springs mounted on the support frame and safety belt. The upper suspension system simulates resistance against gravity, while the lower suspension reproduces real centrifugal force. The mechanical load can be easily adjusted to suit any age, gender, and fitness level.

ANATOMICAL STANCE AND PARALLELISM

The walls of the moving platform feature a 17-degree incline, precisely replicating the geometry of a ski boot. A detachable rear alignment bar locks the shins into a perfectly parallel position, entirely eliminating the common "X-knees" error during the initial learning stages.

THREE-AXIS TURNING (3D SPACE)

The carriage moves along an arc within a 3D space: left-right (the turn), up-down (ski unweighting), and forward-backward. The backward displacement of the platform naturally replicates body angulation and micro-shifting of the feet as the pelvis rotates in real carving.

DISTINCTIVE FEATURES OF THE SIMULATION SYSTEM

The Physics of Motion: Forces and Vectors

⠀⠀During a carving turn, a skier is simultaneously acted upon by three fundamental forces: centrifugal, centripetal, and gravitational. Success on the slope depends on how effectively the athlete counters each of these force vectors. SkiKinetix is designed to help you study and conquer these forces.⠀⠀The simulator focuses your attention on biomechanical precision: it models the correct torso lean, ideal leg positioning, and proper arm action. You learn to work in synergy with the physics of the slope, achieving maximum results without injuries or technical errors ⠀⠀The main innovative feature of this simulator is that the athlete can be suspended on a dynamic harness system, which simulates counteraction to centripetal force and gravity. This dynamic suspension system is mounted on the frame structure and clips into a safety harness worn by the athlete.⠀⠀The lower springs simulate the impact of centrifugal force; the athlete's actions while stretching these bands create a counteraction to this force. The more the bands stretch, the greater the counter-force generated. Furthermore, the magnitude of this force can be mechanically adjusted depending on fitness level, gender, or age.

Advanced Moving Platform Mechanics⠀⠀Another core innovation is implemented within the moving platform. Since alpine ski boots have a forward upper cuff lean of 15 to 17 degrees, the platform walls are engineered with a 17-degree angle to provide a natural stance matching a real skiing posture. Additionally, the platform features a detachable rear alignment bar and raised contours on the footrests. These components lock the athlete's shins in place to ensure they move completely parallel to each other at all times. This is highly critical during the baseline learning phase to prevent "X-knees" positioning. Modern carving technique is highly progressive and relies strictly on keeping the skis and legs parallel.⠀⠀The next key feature of the simulator is that the carriage moves along the rails on an arc across three separate planes: left-right, up-down, and backward-forward. Left and right movements represent the execution of the turn itself. Up-down movements simulate the loading and unweighting of the skis through compression and extension (bending and straightening the knees).⠀⠀The backward shift of the platform along the tracks causes the user's feet to micro-shift slightly relative to each other. This movement mimics the natural body angulation during a carved turn. The pelvis slightly rotates relative to the human axis, which naturally triggers this slight offset of the feet because the hips and shins maintain their strictly parallel stance.

READY FOR A NEW DIMENSION OF TRAINING?

From initial expert guidance to deep practical training sessions, we provide you with everything necessary for your professional growth. Master the perfect carving technique, feel the explosive drive, and prepare your body for true alpine challenges.
Your path to the perfect arc starts right here