Brand : SCOTT

Scott Delirium FR 130+ TN Ski Boot – Men’s White/Blue, 28.5

Developed around your foot, the Scott Men’s Delirium FR 130+ TN Ski Boot provides lightning response with a smooth, progressive forward flex that suits aggressive freeride skiers. Its 130-rated flex index supplies a stiff, high-end freeride boot that charges steep lines, stomps big airs, and skis fast and fluid down big mountain terrain. Thanks to its TN (Touring Norm) soles with Vibram technology and TECH fittings, you’re able to bootpack your way up non-lift-accessible steep terrain or take a quick tour out the resort’s backcountry gates for some powder stashes. The engineers at Scott have literally redefined what is possible in freeskiing with their PowerFrame and PowerWrap shell structure technologies. These work hand-in-hand to accommodate the anatomy of your foot and lower leg for crisp, precise downhill performance, while cradling your foot comfortably and securely for touring comfort. The high overlap shell cradles the foot and lower leg comfortably and closely for remarkable leverage with ideal power transfer. This seamless overlap part has no tongues or riveted-on pieces that flex, create gaps, or dissipate energy. The elimination of the tongue also allows more independent movement between the cuff and lower shell, which means better walking, climbing, and skinning, and a progressive downhill flex. The boot’s “forma” been pre-punched to accurately follow your foot’s anatomy and accommodate the bunions and bone spurs so prevalent in a skier’s foot. As a result you have a shell that provides superb lateral and torsional rigidity with a solid, progressive forward flex. It also improves touring capability by allowing the shell to rotate naturally out of the way when you switch the boot into walk mode. Overall, the Delirium features a 103mm width, including a roomier toe box, wider forefoot, and narrower heel. To ensure the dampest and most solid alpine boot feel, the Delirium features multi-injected construction using selected technical polymers like PU and…

 

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