

Backcountry skis - Unisex -


Backcountry skis - Unisex -
The Alp Tracks 90 Swiss 2027 is a ski touring model from the brand Movement.
This year, it is an even more maneuverable, stable, and lightweight ski thanks to its Ultralight Carbon construction, Swiss manufacturing, and a new freeride-oriented shape.
These exceptional skis are a concentrate of what Movement does best: a carefully selected ultra-light Paulownia wood core. The DPR Ti brings durability through two plates of fibreglass and Titanal at the binding area for perfect screw anchoring, and the high-quality Base Speed base ensures incredible glide.
The Alp Tracks 90 Swiss remains fairly narrow and equally lightweight. Its 90 mm waist offers excellent grip on hard snow and adequate flotation in most conditions.
As you can see, Movement has made no compromises here and designed a ski to reach summits in the best conditions. On the descent, it’s pure joy with great stability on all types of snow, even challenging ones, and assured manoeuvrability!
The Alp Tracks 90 Swiss is suited to experienced skiers who want the best for chaining vertical metres and a serious ski on the descent for even more pleasure, especially in powder.




| SIZE (cm) | SIDECUT (mm) | RADIUS (m) | SKI WEIGHT (g) |
| 154 | 122-90-106 | 17 | 1100 |
| 162 | 124-90-108 | 17.5 | 1160 |
| 170 | 126-90-110 | 18 | 1200 |
| 178 | 128-90-112 | 18.5 | 1240 |
| 186 | 130-90-114 | 19 | 1280 |
| PAULOWNIA CORE | Paulownia wood Ultra-Light + Carbon Ultra-Light |
| DPR TI | System of two plates, one made of fibreglass and the other of Titanal, fully integrated under the bindings to ensure perfect screw anchoring. |
| ULTRALIGHT CARBON | New technology specially developed for touring. Carbon filaments wrap the wood core, optimising the angle to enhance ski performance while favouring lightness. |
| BASE SPEED | Bases made of very high-density sintered P-Tex, structured by robots then manually hot waxed to properly nourish the base. |
| RACE EDGE | Edges are diamond sharpened and have varying thickness depending on the model. |
