The Dalbello Cabrio LV Free 130 Lite Ski Boots deliver uncompromising downhill power and lightweight efficiency for demanding freeride touring missions. Built on Dalbello&';s signature three-piece Cabrio design with a precise 99 mm low-volume last, these boots provide a smooth, progressive flex, harmonious vibration dampening, and rock-solid heel hold. Dalbello shaves weight on longer ascents by utilizing a Grilamid lower shell paired with an Instant Fit (IF Lite) liner featuring PuRE reinforcement technology. The refined tongue profile with strategic flex zones eliminates the need to remove the tongue while skinning, while the intuitive ski-walk mechanism ensures fluid uphill mobility and instant locking power for the descent. Best Use: Alpine Touring, Freeride Skill Level: Advanced - Expert Flex: 130 (Stiff) Last Width: 99 mm (Low Volume) Shell Material: Grilamid Cuff Material: Polyamide Liner: Instant Fit Lite (IF Lite) Buckles: 3 Micro-Adjustable Alloy Buckles Power Strap: 40 mm Sole: GripWalk (ISO 23223) with Integrated Tech Inserts Weight: 1,790 g Pre-Mounted GripWalk: Rockered rubber soles provide enhanced traction and a natural walking stride. Intuitive Canting: Allows quick alignment adjustments to match individual lower-leg morphology. Forward Lean Control: Offers customizable forward stance angles to fine-tune downhill performance. Dynalink and Dynalock: Independent instep closure anchors the heel securely to eliminate foot slip during touring and riding. Customizable Boot Board: Engineered for easy bootfitter modification to dial in underfoot support and volume. Progressive Cabrio Construction: Three-piece structure ensures uniform flex, harmonious cushioning, and stable lateral support throughout the turn. Cabrio Ski-Walk Mechanism: Features an ergonomic walk mode with an integrated locking system that makes switching between ascent and descent effortless without removing the tongue. IF Lite Liner with PuRE: Employs three-part Polyurethane Recycled Enforcement technology designed to optimize climbing mobility, weight savings, and all-day comfort without sacrificing downhill energy transmission.