


The Maven 86 are all-mountain skis for women from Atomic.
This ski offered by Atomic will accompany you all winter long, on all terrains and in all conditions.
With an all mountain rocker (15% rocker at the tip, 75% camber and 10% rocker at the heel), the Maven 86 is perfect for hitting groomed slopes, dense forest and choppy snow. Its 86mm waist provides comfort on all ski resorts, which contributes greatly to its outstanding versatility.
The OMatic construction from Atomic is the assembly of poplar wood, glass fiber and carbon, making the ski light, powerful and balanced. While the Dura Cap Sidewall offers a full sidewall construction under the bindings. This allows excellent power transfer and grip.
Intermediate to advanced-level skiers will appreciate the Maven 86 for its versatility and especially for its performance on many types of terrain.



Weight : 2900 g per pair (size 169cm)
Turn radius:
147 cm: 13.7m
153 cm: 14.2m
161 cm: 15.5m
169 cm: 16.9m
All mountain Rocker : 15/75/10 (15% tip rocker, 75% camber, 10% heel rocker)
Construction:
OMatic core: With a versatile all-mountain design, the OMatic core construction provides the ultimate balance between stiffness and flex throughout the entire length of the ski. Constructed using only the finest materials: precision-milled poplar wood, lightweight fiberglass and layers of titanal or carbon. OMatic offers effortless performance, balance and stability from tip to tail.
Flow Profile Flow Profile: Atomic's new Flow Profile combines the perfect amount of rocker and camber for optimal and efficient edge contact with every turn. Using the last HRZN Tech Tip, the Flow Profile offers the ideal combination of camber, width and tip rocker to create a ski with great grip on groomed snow and great lift in fresh snow.
Dura Cap Sidewall: Full sidewall construction under the binding, from the sole to the top sheet, for good power transmission control and exceptional grip.
Light Woodcore: This poplar wood core optimizes the weight of the ski while providing optimal stability and shock absorption.