Super Joy Women's Skis + joy 11 gw slr

Expert women who love skiing will find a great companion in the Super Joy. With 75 mm underfoot and a new design that lengthens the sidecut, the Super Joy easily transitions from long to short turns. HEAD focuses on weight distribution management by using carbon in the poplar core, resulting in a lightweight yet durable all-mountain ski. The Better Balance technology uses a constant angle to put women in an optimal position for easy turn initiation and stability on the slopes.
Ability
Advanced
Suitable for experienced skiers who feel comfortable on all types of slopes, even at high speeds. These skis offer greater precision, better edge grip, and allow powerful, dynamic turns.
Terrain
On-piste
Perfect for groomed and tracked slopes. On-piste skis are designed for smooth skiing and stability on compact snow, offering control, precision, and reliability to skiers who prefer to stay within the ski resort boundaries.
Speed
Fast
Designed for experienced skiers who love fast, smooth turns, these skis provide the speed, control, and responsiveness needed to maintain a high pace and have fun.
Radius
Short radius
14.0 @ Length 163
Short radius skis are designed for quick, tight turns and greater maneuverability. They excel on more technical terrain where tight, precise turns are required.
Rocker
Allride Rocker
This is the perfect rocker profile for every situation, designed to adapt to a variety of conditions and terrains. With a balanced mix of rocker and camber, it offers versatility to skiers who love everything from groomed slopes to light fresh snow and off-piste adventures.
LYT Tech Construction
By developing a line of skis with lightweight Karuba wood and fully integrated graphene, we managed to improve performance while reducing weight. A unique weight distribution makes the tip and tail thicker and the midsection thinner. The V-shape offers effortless control for better steering, greater stability, and control.
EMC
Energy Management Circuit: converts kinetic energy into electrical energy to reduce unwanted vibrations and ensure a smoother, more stable ride.
Graphene
The thinnest and lightest known material, strategically used in the ski to make it incredibly strong and light, perfectly adapted to your skiing style.
It offers high edge grip and quick acceleration, designed to meet the needs of female skiers.
By using graphene, we precisely tailor the ski shape and weight distribution according to the skier’s needs and snow conditions, ensuring the right balance of flexibility, control, and performance for each model.
Carbon Sandwich Cap Construction
Structured UHM C Base
Made with the same high-quality material used in HEAD race skis, this durable base features a special texture for excellent performance in all snow conditions.
Engineering for women
An absolutely unique ski, designed for women: discover the JOY skis.
Ski with joy
Whether you prefer bright or neutral colors, you can unleash your JOY on the slopes with a variety of sophisticated gradient designs.
Find balance
Whatever your level, the Better Balance plate ensures weight and flexibility distribution for an exciting ski experience.
Joyful vibrations
Move confidently from edge to edge. EMC technology keeps the turn smooth by damping vibrations under the ski.
EMC
The HEAD EMC (Energy Management Circuit) system features piezoelectric ceramic plates embedded at the front and rear of the ski. The kinetic energy from vibrations is converted into electrical energy that is dissipated, absorbing and reducing ski vibrations. This allows the ski to flex more harmoniously, enabling high-level skiing for longer.
Graphene
GrapheneGraphene
Graphene
GRAPHENE has a disruptive strength 200 times greater
than steel, making it an extremely strong yet extremely light material.
Better Balance
Better BalanceBetter Balance
Better Balance
This ski is equipped with a Better Balance Base.
The inclined Better Balance Base provides a constant ramp angle for all boot sole sizes, ensuring that all skiers enjoy the same mechanical advantage for easy turn initiation and stability at high speeds.