Ranger ONE 130 VAC GW

Multi performance boot with High Volume Last

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

Size

U14122.9002972767272

PRODUCT DESCRIPTION

On groomers or backside skiing, the Ranger One 130 is always up to the challenge. This boot's wider last, minimal weight, and easy entry guarantee performance with comfort. The VACUUM shell can also be perfectly customized for individual fit needs. Ski/walk function and GripWalk® sole offer added versatility, safety, and the freedom to explore any terrain.

Excellent Walkability

When the best downhills are waiting on the other side of a long uphill, the Ranger One's excellent walkability is a skier’s best friend. Switch the integrated lever on the cuff to Walk mode for an excellent range of forward motion. For traversing rocks or ice, the GripWalk sole allows efficient onward and upward drive.

Details

Item no. U14122

Size

  • Stiffness

    130

  • Last

    99 mm

  • Weight

    1790 g

  • Sole length

    298 mm

  • Performance-Level

    Multi Performance HV

Technologies

The Ranger ONE 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 GripWalk® soles (ISO 23223) offer end users the ultimate in natural walking comfort, safety across slippery terrain, and ski performance. This is achieved through pronounced rounded shape and convex rib profile built with co-polymer rubber material. Adult and Children's norm soles are 100% compatible across all boots in the FISCHER range.

Integrated Ski/Walk Buckle
Integrated Ski/Walk Buckle

The ski/walk lever is intergrated into the upper cuff buckle, enabling incredibly easy handling and assurance that it will not be switched unintentionally. Eliminates annoying fumbling on the back of the boot.

VACUUM
VACUUM

Shells are moldable at 80°C through VACUUM and ZONE FIT process. Dynamic plastic that improves skiing experience, plus greater temperature stability and 15% less weight.