Tecnica Zero G Tour Pro Ski Boots

The Tecnica Zero G Tour Pro is a burly, lightweight touring boot built for serious missions, combining a stiff 130 flex with a precise 99 mm fit and huge range of motion so you can charge the descent after big days on the skin track.

The Zero G Tour Pro is designed for skiers who treat the uphill as a means to rack up powerful, confident turns on the way back down. A 99 mm last and C.A.S. Grilamid lower give an anatomical, close fit that can be precisely customised by a bootfitter, while the co‑injected Grilamid/carbon cuff drives a genuinely stout 130 flex for aggressive skiing in steep, consequential terrain. Flip the metal walk mechanism and the boot opens up to around 55 degrees of friction‑free range of motion, making long approaches, big vert days, and technical skin tracks far more efficient. The ecodesigned High Performance C.A.S. Ultralight liner with Recco and lace‑ready design keeps weight down while maintaining heel hold and safety‑minded features. With four lightweight magnesium buckles, a 35 mm Light Power Lock strap, and Vibram ISO 9523 soles with low‑tech inserts, the Tour Pro is a trusted choice for guides and film‑segment skiers who expect their touring boot to perform like an alpine boot when it counts.

• 99 mm performance last: Medium‑volume touring fit hugs the foot securely for precise edging on steep, firm snow.
• Carbon‑reinforced 130 flex: Co‑injected Grilamid/carbon cuff and Grilamid lower deliver powerful, consistent response at low weight.
• Efficient walk mode: Metal ski/walk mechanism and smooth cuff rotation offer a natural stride for long climbs and traverses.
• C.A.S. Ultralight liner: Ecodesigned liner with custom‑mouldable C.A.S. structure, Recco reflector, and lace‑ready eyelets balances safety, fit, and comfort.
• Tour‑focused hardware: Four light magnesium buckles with touring lock‑out and Light Power Lock strap secure the boot without excess bulk.
• Vibram ISO 9523 sole: Grippy Vibram touring sole with tech inserts ensures reliable boot‑pack traction and compatibility with pin bindings.