Helium BC 26 [1831936] | ATLAS

Atlas Helium BC 26

■Quote from manufacturer's description
This series uses a resin deck that has been drilled with holes to make it lighter, making it incredibly light and flexible, and suitable for any snow conditions.
The grip of the crampons and traction rails provides high stability.
The lightest model in the Helium series, combining a simple Z-shaped binding made of a material that does not retain water with a lightweight resin deck.
It combines a good balance of lightweightness, grip, and walking performance, making it ideal for a variety of fields, from snowy fields to mountainous areas.
*Replacement binding strap (for one foot) is included.

Helium Deck
Image
An innovatively lightweight, one-piece molded plastic deck.
The louvered design allows snow to flow away without being trapped under the deck, making walking more comfortable.

Traction rail
Key-tooth rails provide excellent grip on a variety of slopes and mountainous terrain.
By placing it close to your feet, you can achieve high stability.

○Aft deck fin
The fins help keep you going straight even in deep snow.

Round Edge
The unique rounded edges provide maximum flotation and braking at all times, keeping the snowshoes stable in the snow.

Heel lift
Effective for mountain climbing. Reduces fatigue when climbing steep slopes and reduces strain on the Achilles tendons and calves.

Helium BC Crampon
The lightest crampon in the Helium series.
Its flat design means it doesn't take up much space when you carry it around, making it highly portable.

Pack flat binding
It can fit even larger boots and lies completely flat for less bulk when packing.
Perfect for backcountry skiing.

○ Replacement binding strap (one foot) included
The bands that are used to hold your snowshoes together when you purchase them can be used as replacement straps for one shoe of your bindings.

Weight (pair): 1.45kg
■Size: 22×66cm
■ Suitable weight: 68-100kg

*Since we use manufacturer images, the specifications (logo position, color, pattern position, etc.) may differ slightly from this product.