Children's alpine skis Rossignol Rallybird Kid Pre-Drilled + bindings Team 4 GW (RROWE01)

The Rossignol Rallybird Kid Pre-Drilled children's downhill skis + Team 4 GW bindings provide young skiers with precise handling on slopes designed for beginners. The stability of the construction and the accurate adjustment of parameters to the child's anatomy support confidence and comfort on the slopes.

Core construction and materials

The skis feature a composite core material, allowing for a favourable stiffness-to-flexibility ratio and low weight, which is crucial for children. The combination of the composite core with a CAP construction results in better vibration absorption and forgiveness of minor technical errors made by beginner skiers. The sidecut of 104/72/96 mm and a turning radius of 4 m (for 80 cm length) guarantee easy handling and high manoeuvrability on groomed trails.

Integrated Team 4 GW bindings

The skis are equipped with Team 4 GW bindings with a DIN range of 0.75-4.5, allowing precise adjustment of the release force based on the user's weight and skill level. The ski brake width of under 76 mm ensures that the binding works perfectly with the junior downhill ski profile, guaranteeing safety and ease of use on the slopes. The integration of the bindings with the skis enables quick and secure boot attachment, enhancing control during skiing.

Rossignol Rallybird Kid Pre-Drilled children's downhill skis + Team 4 GW bindings - features:

• CAP SIDEWALL construction providing even power transfer to the edge;
• OVERSIZED SIDECUT profile supporting precise turn initiation;
• Tip Rocker system facilitating entry into turns on the trail;
• Composite core ensuring lightness and appropriate flexibility;
• Sidecut of 104/72/96 mm for easy handling;
• Turning radius of 4 m for a length of 80 cm, ensuring manoeuvrability;
• Team 4 GW bindings with a DIN range of 0.75-4.5;
• Ski brake width of under 76 mm tailored for junior skis;
• Construction dedicated to young users at a beginner level;
• Stable handling thanks to the synergy of materials and technology.