Head E Pure Joy Skis + Joy 9 Gw Slr Bindings Women's 2026

$599.99 $479.99
Availability: In stock

Head E Pure Joy Skis + Joy 9 Gw Slr Bindings

 

Pure performance. Pure confidence. Pure Joy.

Designed for intermediate to advanced female skiers, the HEAD e-Pure Joy Women's Skis with Joy 9 GW Bindings deliver lightweight performance, effortless carving, and confidence-inspiring control on groomed terrain. Built with women-specific technology, these skis make turn initiation easy while maintaining stability and edge grip as your speed and skill level progress.

HEAD's lightweight LYT Tech Construction incorporates advanced materials including Graphene to reduce weight while maximizing responsiveness. The addition of EMC F (Energy Management Circuit Front) minimizes vibrations for a smoother ride, while Better Balance Technology optimizes stance and posture for easier turn initiation and improved control.

 

Why You’ll Love Them

✔ Lightweight construction reduces fatigue and improves agility

✔ EMC technology delivers a smoother, more stable ride

✔ Women-specific design promotes balance and effortless turning

✔ Quick edge-to-edge performance for confident carving

✔ Forgiving yet responsive feel ideal for progression and all-day skiing

 

Skis Profile & Technical Specifications

Binding Included: Joy 9 GW bindings

Waist Width: 75mm for quick edge-to-edge transitions and groomer performance

Construction: Power Sidewall Jacket construction with ABS sidewalls and fiberglass reinforcement

Core Technology: LYT Tech Construction with Graphene for lightweight performance

Vibration Control: EMC F (Energy Management Circuit Front) technology

Profile: Allride Rocker (20% tip rocker / 80% camber)

Technology: Better Balance Technology designed specifically for women skiers

Rider Level: Intermediate to advanced skiers

Performance Focus: Groomed runs, frontside carving, and skill progression

Bindings: GripWalk-compatible Joy 9 GW bindings

Weight Distribution: Super Light Weight Distribution for improved maneuverability and efficient power transfer

 

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