Atlas SERRATE - Snow Shoes - Men's - grey/yellow

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ATLAS

Features

Use: winter hiking


 

SPECIFICATIONS:

  • Aggressive traction and precision fit for performance and comfort
  • Secure traction on icy ground
  • Fit different types of shoes
  • Robust and durable

TECHNOLOGY: 

  • Reactiv™ frame
  • Spring-Loaded™
  • Wrapp™ Pro binding
  • Heel lift bar
  • Zodiac™
  • Nytex decking

FRAME:

  • Elliptical frame to increase resistance
  • Spring-Loaded™ Suspension
  • Zodiac™ toe crampons dig into the hardest snow
  • Heel lift bar

BINDINGS:

  • Wrapp™ Pro bindings with silicone straps

OPTIMAL LOAD:

Size 25":

  • Load: 54 to 90 kg

Size 30":

  • Load: 68 to 113 kg

Size 35":

  • Load: 81 to 136 kg

 

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TECHNOLOGY:

 

Reactiv™ Frame: The patented Reactiv™ 6061 aluminium frame has a variable shape that changes from cylindrical to elliptical to increase resistance where the frame withstands heavier loads. It enables a more rigid and reactive snow shoe.

Spring-Loaded™: The Spring-Loaded™ Suspension (SLS) by Atlas holds the snowshoe close to the foot for easier movement and helps lift your foot for improved flex. The suspension absorbs shock and allows your feet to flex naturally side-by-side for a comfortable and stable position on cross-country and uneven terrain. SLS also improves traction control, as the flex helps the crampons penetrate deeper into the slope, particularly for steep terrain.

Wrapp™ Pro: Wrapp™ Pro bindings for both men and women have silicone FlowTape™ straps that slide through low-friction buckles with a soft buckle release for easy use.

Zodiac™: The Zodiac™ stainless steel toe crampon penetrates deep into even the hardest snow.

Nytex Decking: Nytex flexible decking is tolerant and quiet for hiking in the cold, providing durability without adding weight.

Heel Lift Bar: For steep climbs, the calf muscles can get tired quickly and traction reduces as your foot matches the angle of the slope. The heel lift bar reduces fatigue and attaches directly to the rear traction system to improve traction.