Atomic REDSTER Q7 REVOSHOCK C + MI 12 GW downhill skis

Atomic REDSTER Q7 REVOSHOCK C + MI 12 GW downhill skis

This downhill ski set with bindings is designed for intermediate to advanced skiers who want a combination of speed, precise control and a smooth ride on groomed slopes. The skis combine technologies from the Austrian Atomic racing program with the versatile All-Condition Piste Shape, so they can handle short and long turns in a variety of snow conditions - from hard mornings to softer afternoon slopes.

Technology and construction:
Revoshock C – dampens vibrations and ensures a smooth, stable ride even at higher speeds and on uneven terrain.
Power Woodcore – a wood core made of ash and poplar for the ideal balance between strength, torsional rigidity and smooth energy transfer.
TI Powered – titanal laminate for increased stability, precision and dynamic edge performance.
Dura Cap Sidewall – robust sidewalls that enhance edge hold and ski durability.
Multi Radius Sidecut – a universal shape for easy cutting of both short and longer arcs.
Active Camber (0/100/0) – full camber for great edge contact with snow and stability on hard surfaces.
World Cup Base Finish – precise base finish for higher speed and smooth glide.
Structured Topsheet – durable and high-quality surface finish.

Ski parameters:
Intended use : On-piste / All-Condition – universal downhill skis for groomed trails.
Medium width under the boot : 75 mm – ideal for carving turns and stability.
Dimensions (example 168 cm) : 125.5 / 75 / 109.5 mm – balanced sidecut for precise steering.
Radius (example 168 cm) : 13.5 m – agile and smooth sporty curves.
Profile : Active Camber 0/100/0 – traditional camber with excellent edge hold.
Edges : steel with a standard angle of 87° side / 0.8° bottom – intuitive control and precise edge engagement.
Base : World Cup Base Finish – high speed and smooth glide.

Binding:
MI 12 GW – universal binding with DIN 4-12 suitable for sports skiers.
GripWalk (GW) compatible – comfortable entry and exit and better traction when walking.