VIZION 4B PRO 120 MV GW 24/25

DESCRIPTION

Step into a new era of convenience and performance with the Rossignol Vizion 4B Pro 120 MV ski boots. Designed for skiers who want a medium-volume fit and medium flex, these boots feature an innovative Step In design with an overlap shell that opens wide at the back, making slip-on entry effortless. The integrated spoiler and spine mechanism provide full cuff articulation while maintaining locked-in support for precise power transfer and top-level downhill performance. Just slide in, buckle up, and hit the slopes.

Medium-Volume Fit
A 100mm last delivers a balanced feel, combining comfort with responsive control.

Effortless Entry, Maximum Performance
Step In technology allows hands-free entry and exit while still providing the performance of a traditional alpine boot.

Secure, Locked-In Support
The Spine Link Mechanism ensures the steel spine stays in a ski-ready position when locked, and opens wide for easy entry and exit.

Full Support with Easy Access
The Bi-Injected Spoiler uses rigid PU for traditional alpine support and energy transfer, while soft rubber edges form a tight seal. Its extended backward articulation simplifies entry.

Easy-Open Lower Cuff
A double buckle on the lower cuff unlocks the spoiler quickly for smooth, slipper-like entry and exit.

Enhanced Ski Control
Dual Core technology wraps the shell for precise power transmission, lively rebound, and improved response.

Custom Comfort and Support
The True Form Step-In Liner provides the feel of a custom alpine liner, allowing wide access for easy entry while maintaining support for aggressive skiing.

Warmth and Stability
Thinsulate™ Stretch insulation keeps feet warm while enhancing support for improved skiability.

Optimized Fit and Heat Retention
The Seamless Toe Box reduces pressure points and improves fit straight out of the box while lowering heat loss by 20%.

All-Terrain Grip
Pre-mounted GripWalk® soles with rubber treads and a rockered toe make walking natural and provide solid traction on any surface.