ROSSIGNOL SKI BOOTS ALLTRACK ELITE 130 LT GW-SAND

Chase untracked lines inbounds or out in the Alltrack Elite 130 LT. This no-compromise free-touring boot features Dynafit® certified inserts for compatibility with all alpine touring bindings and a pre-mounted GripWalk® sole for compatibility with GripWalk® specific alpine bindings. A releasable cuff affords a natural range of motion on the skin track or boot pack. The 98mm last shell is engineered for minimal weight and maximum power transfer to ski on-piste or off and everywhere in-between. The pre-shaped, full custom liner includes Thinsulate™ insulation and a touring-specific design for enhanced mobility.

Precision Fit
The 98mm last offers a close-fitting, race-inspired fit optimized for comfort, precision, and power

Lightweight, Full Power
Generative Design Grid minimizes boot wall thickness for the most effective use of material to reduce weight and enhance power transfer

Better Skiability, Better Fit
Dual Core technology provides targeted power transmission and shell wrapping, resulting in livelier rebound, response, and control

Lightweight Freetouring Performance
Grilamid® plastic is incredibly lightweight while offering superior rebound and response

Optimized Hike Mode
The lower boot shell is designed to offer a 50-degree range of motion in walk mode for efficient touring and maximum power for skiing when in ski mode

Tech-Binding Compatible
Dynafit® certified tech inserts for reliable free-touring performance

Touring Comfort
Optimized for the ascent with our lightweight liner construction enhanced for climbing mobility, durability, and comfort

Insulated Warmth and Support
Thinsulate™ Stretch insulates while providing enhanced foot support for better skiability

Full Custom Comfort, Anatomic Fit
Pre-shaped full custom liners offer anatomic ankle support and are 100% customizable for enhanced comfort, precision, and power transmission

All-Terrain Grip
Pre-mounted GripWalk® soles feature a rubber tread and rockered toe for a more natural walking motion and increased traction