Atlas Montane Elektra 27 Snowshoes - Women's

If you frequently find yourself exploring the deep powder of the backcountry, you should become better acquainted with the Montane. Featuring Atlas’s best-in-class tubular frame, the Reactiv™, for improved flotation and responsiveness, the Montane takes backcountry performance to new heights. Comfortable and easy to use, the Montane’s Wrapp™ Swift binding features warm EVA padding and webbing straps that cinch and release seamlessly. The All-Trac™ toe crampon and StabiLock heel cleat provide the traction needed on the varying snow and ice conditions the backcountry can impose. Atlas’s patented Spring-Loaded™ Suspension allows for a natural, uncompromised stride, while 19° heel lifts provide relief on ascents.

Sizes - 23,27

Terrain - Backcountry

Heel Lift - Yes

Weight limits - 23in 80-160lbs

                         27in 120-200+lbs 

Reactiv-Trac™ construction integrates the perimeter aft stability of serrated traction rails with Spring-Loaded™ Suspension and the flex of an elliptically formed nose, allowing the binding, crampon, and frame to conform and articulate independently with the terrain.

Wrapp™ Swift Binding:

The Wrapp™ Swift binding blends a technical fit with great comfort and ease of use thanks to the positive toe locater, warm EVA padding, and straps that cinch and release seamlessly.

All-Trac™ Toe Crampon:

The time-tested geometry of our All-Trac™ toe crampon provides traction in all directions. Wider traction tabs on the sides and corners complement sharp front and rear points for confident hiking.

Stabilock Aft Traction:

The weight-activated, StabiLock Rear Traction optimizes weight distribution to its serrated traction elements, for sure footing on the most technical terrain.

Spring-Loaded™ Suspension:

Precision-focused, Spring-Loaded™ Suspension’s (SLS) patented design, suspends the snowshoe close underfoot so it can move freely with its intended articulation, absorbing impact, flexing naturally side-to-side, and allowing deeper crampon penetration into the slope for an compromised stride.