La Sportiva Theory Climbing Shoes

Extreme sensitivity combined with high dynamism allows the Theory to have unprecedented pedidextarity and reactivity on holds. Climbers looking to take their comp style to the next level need look no further. An aggressive yet ultra-sensitive slipper with a single hook and loop closure locks the heel in. They offer top to bottom sticky rubber and an all-new hybrid sole that combines No-Edge features to adapt to the futuristic footwork required for modern competition climbing.Theory Toe Cap:- Rubber coated toe cap promotes confidence on toe hooks, toe scums, or heel-toe cam techniques.Theory Versatility:- Dynamic Technology™ and edge performance creates a versatile shoe for competition and high performance climbing.Theory Heel:- Narrow Precision Heel allows for confidence while committing to the worst heel hooks.Features:- Innovative combination of No-Edge and edge performance- Vibram® XS-Grip 2 Sole with differentiated thicknesses to enhance pedidexterity on climbing holds- Structure designed to facilitate volume compression on modern comp routes- Reduced volume heel allows for maximum precision on heel hooks- Rubber toe cap covers 90% of the toe surface for greater grip on the uppers- Constructed without intentionally added PFASSpecifications:- Weight: 7.5 oz / 215 g - Last: PD 85 - Construction: Tubular/Slip Lasted- Upper: Microfiber & Leather - Lining: Unlined- Midsole: P3 System™ Technology:D-Tech:- A sideways sole wrap creates a total absence of side edges for support and spreadability on the most advanced hold shapesNo-Edge™:- Wrapped sole eliminates sharp angles allowing for increased sensitivity as it follows a foot´s natural contoursP3® System:- Randing system that starts under the toes and wraps around the whole foot to maintain the profile and shape of the toe box throughout the life of the shoeReSole Me:- Extend the life of your footwear by resoling at a La Sportiva approved cobblerVibram® XS Grip2™:- Rubber compound developed for maximum grip and friction while delivering precise support and stability