Fischer Speedmax 7 Skate Boot

New Moon Staff:
New graphics for the very successful 2nd Gen Carbonlite. These boots have a performance stiffness with a more generous width than the Speedmax boot.

From the Manufacturer:
Taking cues from the World Cup, the new Carbonlite Skate boot has eliminated weight and increased performance and comfort over the previous generation. The CARBONFUSED® cuff and chassis work with an improved inner boot and lacing system for optimal energy transfer and control.

Spec:
-Sole: TURNAMIC® Speedmax
-Sole Flex: Stiff
-Weight: 570 g (42)

Features:
-Extended Fit System: The dual insole system offers additional fit control. Less volume for slim feet or more space for growing feet. Just add or remove EVA layer under the insole.
-Fischer Speed Lock, simply pull laces tight; that's it!
-Heel Fit Strap enables individual heel width setting.
-Hinged Polymer Cuff: Ergonomic molded cuff for remarkable side hold with good freedom of movement front to back. Easy to adjust with a Velcro fastener. Canting and EVA padding, depending on the model.
-Integral Carbon Chassis: Outer sole, insole, and side stabilization elements are manufactured from the same sheet of carbon for optimum stability and power transfer.
-Internal Molded Heel Cap: Very light and individually thermoformable.
-Lace Cover for additional protection against the snow and wet conditions.
-Race Fit Concept: Boot Fit Concept with special lasts is the answer to all the different needs and morphologies of the various consumer groups. Whether it is shaped for the female foot, customized for the feet of young skiers, meeting the comfort requirements of all-rounders, or for direct power transfer in racing, the Race Fit Concept with special lasts is the answer to all the different needs and morphologies.
-Sealed Zipper ensures that any moisture is kept out.
-Thermo Insole with fleece top layer and aluminium-lined lower layer for ideal insulation to keep out the cold.
-Zero Play Hinge: The solid connection of the Zero Play Hinge provides excellent stability and lateral support for efficient energy transfer while allowing for a full range of motion forward and backward for top speed.