The SCOTT MTB Team Boa shoe offers excellent response with slipper-like comfort. The shoe features a sleek asymmetrically conforming microfiber upper and a close-fitting adaptive fit pattern with Boa® IP1 reel at the top and midfoot. When combined with a lower anatomic fit strap it can articulate to adapt to the shape of the foot. The ErgoLogic insole features an adjustable arch support and metatarsal button. The injection nylon and glass fiber sole has a stiffness index of 8.
X Traction
Designed for rugged mountain terrain, the SCOTT outsole offers excellent grip and traction.
BOA IP-1 System
The new, multi-operational IP-1 reel platform strikes the ideal balance between precision and convenience by offering pull-to-release functionality for easy on/off and two-way incremental adjustment on-the-fly.
Traditional pull-to-release functionality delivers the same easy on/easy off convenience that users know and love. IP-1’s new, two-way incremental adjustment capabilities facilitate easy tightening or tension release mid-ride.
IP-1 features an innovative hex design with a substantial TPE overmold for added grip and power
Power Zone Outsole
SCOTT has worked with scientist for several years to develop a concept which integrates maximum comfort and efficiency via the outsole. The Power Zone and the Axial Flex are designed to minimize the strain on both the knee and ankle to improve comfort and reduce overuse injuries.
The stiff carbon fiber outsole has a stiffness index of 10 and a replaceable TPU heel tread. Linear high modulus carbon in a specific 10 ply layup to optimize sole stiffness from cleat area to heel and minimize weight yet still allowing some torsional flex from the arch to the heel. Featuring a new alignment system to make cleat mounting and placement much easier and more precise.
Wrap Fit
Wrap Fit upper incorporates a structural layer of synthetic leather which conforms to the foot like a second skin. The construction is comprised of two parts: the structural layer and the accu-form butted seams. This system provides a supportive structure that is comfortableand free of pressure points.ErgoLogic