La Sportiva G2 Evo vuoristokenkä - musta/keltainen - EU 42

The La Sportiva G2 Evo is a high-performance double mountaineering boot designed for extreme high-altitude expeditions, technical ice climbing, and severe cold conditions. Combining cutting-edge materials and innovative closure systems, it delivers exceptional warmth, support, and precision on the most demanding terrain.

Advantages

Exceptional insulation with Primaloft® Gold Aerogel in the toe box and Primaloft® Gold throughout the inner boot ensures warmth in extreme cold. The dual Boa® Fit System allows micro-adjustable, precise closure for both upper and lower zones, enhancing fit and control. The integrated waterproof gaiter with waterproof zipper provides reliable protection against snow and moisture. The Vibram® Matterhorn outsole with Impact Brake System™ delivers superior traction and stability on ice and mixed terrain.

Suitable for

• High-altitude mountaineering (8000m peaks)
• Technical ice climbing and mixed routes
• Extreme cold weather expeditions
• Alpine climbing requiring automatic crampons

Key specifications

• Boot Type: Double Mountaineering Boot
• Outer Material: Water-repellent stretch Cordura® with insulating fabric and heat-sealed internal membrane
• Inner Boot: 4-layer construction (Cordura®, felt, polyethylene, aluminium layer)
• Closure: Dual Boa® Fit System (upper and lower zones) for outer; hook-and-loop strap + quick lacing for inner
• Insulation: Primaloft® Gold Aerogel (toe box), Primaloft® Gold (rest)
• Midsole: 2mm PU with varying thickness + Carbon Honeycomb 3mm insulating footbed
• Outsole: Vibram® Matterhorn with Impact Brake System™
• Crampon Compatibility: Automatic (fully rigid)
• Waterproofing: Integrated gaiter with waterproof zipper
• Removable Liner: Yes
• Color: Black / Yellow
• Size: EU 42

Recommendations

For extreme cold and technical alpine objectives, the G2 Evo sets the standard. Pair with automatic crampons and insulated gaiters for optimal performance. Ensure proper fit with a thin liner sock for best thermal efficiency.