The CURV 130 VAC GW

High-performance boot with Mid Volume Last

Sample image. Colors may vary. Subject to technical changes.

Size

U06622

PRODUCT DESCRIPTION

High-performance boot with a lightweight shell and perfect First-Fit for wider feet. The CURV 130 VAC boot has a thermoformable IFZ Performance liner for secure heel fit and is further adjustable with velcro fitting pads to improve the connection between foot and shell as needed.

Excellent Walkability

The Curv boot seeks to be the skiers’ best friend thanks to the standard mounted GripWalk® soles. These rockered and rubber textured soles enable a comfortable stride and ensure ultimate grip across all types of terrain encountered during a day at the ski resort.

Lightweight Shell

The proprietary Fischer VACUUM material used in these shells delivers impressive ski performance and greatly reduces weight, making for an enjoyable ski day. This shell material has a predictable, supportive flex that does not vary much with temperature, enabling you to ski with confidence. VACUUM shells are also incredibly customizable and allow you and your bootfitter to find the perfect fit.

Details

Item no. U06622

Size

  • Stiffness

    130

  • Last

    95 mm

  • Weight

    1985 g

  • Sole length

    285 mm

  • Performance-Level

    High Performance MV

Technologies

The The CURV 130 VAC GW uses the following technologies:

3D Pre Shaped Ankle
3D Pre Shaped Ankle

Preformed ankle pockets perfectly match the foot anatomy providing a snug comfortable fit.

GripWalk® Sole
GripWalk® Sole

The new Walk Sole unites the best of both ISO standards – the rolling walking plate from the touring sector and the performance of an Alpine walking plate.

Lace Liner
Lace Liner

Sznurowany botek.

Phatt Maxx Strap
Phatt Maxx Strap

50mm wide power strap for enhance power and pressuer transfer. Yields exceptional power transmission and precision handling.

VACUUM
VACUUM

Perfect fitting at 80°C for the anatomy of the foot for direct control impulses and more rebound through greater elasticity. Greater temperature stability and 15% less weight.