



Alpine ski pack - Child -
The SL-JR PRO + COMP 10 TCX 2027 is a unisex children's piste ski from the brand Van Deer, designed for young experts seeking maximum precision and stability on piste.
This ski benefits from a robust construction with a Ash-Poplar Solid Wood Core, a solid wood core combining ash and poplar that ensures direct power transmission and optimal stability, ideal for expert skiers. The Double Titanal Reinforcement guarantees high torsional rigidity for impeccable grip on hard snow, enhanced by the ABS Sidewalls which provide precise edge hold in every turn.
The competitive Sintered Race Base offers excellent wax absorption and exceptional glide, while the Factory Tuning applied at the factory according to Marcel Hirscher standards optimises edge and base preparation for immediate performance.
With its standard camber and refined profile, the SL-JR PRO + COMP 10 TCX 2027 offers young competitors manoeuvrability and surgical precision to dominate the pistes with confidence and enjoyment.




| SIZE (cm) | SIDECUT DIMENSIONS (mm) | RADIUS (m) |
| 132 | 113-64-97 | 8 |
| 138 | 108-65.5-95 | 10 |
| 148 | 112-65.5-98 | 11 |
| 152 | 115-65.5-100 | 11 |
- High-performance piste ski specialised in slalom for young competitors
- Solid wood core Ash-Poplar Solid Wood Core
- Double Titanal Reinforcement
- ABS Sidewalls design
- Factory Tuning finish
- Sintered Race Base
- Precision, stability and performance on piste
| ASH-POPLAR SOLID WOOD CORE | Solid wood core combining ash and poplar to ensure maximum stability and direct power transmission. |
| DOUBLE TITANAL REINFORCEMENT | Double titanal reinforcement providing optimal torsional stiffness and excellent grip on the hardest snow. |
| ABS SIDEWALLS | ABS sidewalls allowing ultra-precise edge preparation and uncompromising hold in every turn. |
| SINTERED RACE BASE | Sintered competition base offering excellent wax absorption and exceptional glide properties on course. |
| FACTORY TUNING | Base and edge preparation carried out directly at the factory according to Marcel Hirscher standards. |
