Name: Rossignol All-Track 110
SKU: 187295

Get on with your business on the frontside, backside, or anywhere in between with the Rossignol Alltrack 110 Ski Boots. A smooth walk mode, sturdy all-mountain Dual Core design, and a flex that adapts easily to both groomers and untracked, the Alltrack 110 features a roomy 102mm last and classic Rossignol quality.

Fit

Last: 102 mm – Comfort fit designed to accommodate wider feet.

Flex

Flex: 110 – Stiff flex for advanced skiers.

Liner

Full Custom T3 Liner – Rossignol's new pre-shaped custom liners are well balanced and the right weight. Structure has been kept intact in the areas essential to comfort and performance. The tongue, a key element in flex quality and power transmission is based on a traditional alpine structure. The back of the liner is designed to make walking comfortable and easy.

Thinsulate® Stretch – Developed by 3M, Thinsulate® is a lightweight synthetic insulation that delivers increased warmth in damp and cold conditions for all-day comfort and warmth. Thinsulate® Stretch offers enhanced elasticity, improving freedom of movement and foot support for better skiability.

Shell Materials & Design

Shell – Polyurethane

Cuff – Polyolefine

Dual Core – The simultaneous injection of two different durometers of plastic targets power transmission and shell wrapping to the appropriate zones of the boot without added wall thickness or weight.

Generative Design Grid – A progressive new data-driven design approach that harnesses the power of generative design software to create the ideal boot shape. Focused on minimizing shell wall thickness for reduced weight while simultaneously enhancing power and support, the new Generative Design Grid shell offers the most effective blend of both.

Ski/Walk Mode

Hike Mode 2.0 – Optimized hike mode includes a wider opening in the back of the lower shell, and a lower axis-of-rotation for optimized range-of-motion and uphill mobility (50⁰ ROM). The articulating lower shell insert and metal-on-metal locking mechanism increase rearward support while supplying maximum power transmission on descents.