Who should buy the Salewa Rapace GTX

The Salewa Rapace GTX is a mountaineering boot that is undeniably packed with features from top to bottom. Consider getting this pair if you seek:

  • a well-constructed yet light boot, perfect for alpine climbing and trekking
  • durable footwear, providing superior traction and secure grip on different types of terrain
  • a perfect all-rounder that will perform well under any weather conditions 

Salewa Rapace GTX climbing

Updates to Salewa Rapace GTX

  • The crampon connection at the base of the heel is more streamlined and less conspicuous design-wise compared with the previous version.
  • The Vibram outsole's aggressive lugs are more angular than the last, and the multi-directional protrusions at the center have doubled.

Extra grippy outsole

With Vibram’s Wrapping Thread Combi (WTC) outsole, wearers are promised a grip that works over different types of terrain. It has aggressive treads that marry quality traction with clever engineering, one that promotes a natural ground feel with every step.

Salewa Rapace GTX outsole

The lugs found at the end of the forefoot zone are positioned in such a way that aids wearers during climbs where precise forefoot placements are required.

Salewa Rapace GTX lugs

Aside from providing traction, this Vibram outsole also reinforces the tip of the forefoot by extending slightly towards the upper. This rubber tip minimizes shock when step-kicking on hard surfaces.

Salewa's premium cushioning

The Rapace GTX’s midsole is charged with Salewa’s Bilight technology. It is mostly made of TPU, making it resistant to compression, impacts, and abrasions. This midsole also has a stiff part made with a combination of nylon and 27% fiberglass. It dampens shock with its extra thick heel zone and highly contoured arch.

Salewa Rapace GTX cushioning

Removable and adjustable footbed

On top of the cushioning primarily provided by the midsole unit, there is also the boot’s default insole — the Multi-Fit Footbed Plus (MFF+). It has two yellow layers that are interchangeable, allowing the boot to accommodate different widths.

Stiff crampon compatible midsole

Toe-offs are also assisted and more convenient due to the midsole’s tapered construction. On the back of the midsole’s heel is a groove called crampon connection which makes the Rapace GTX compatible with C2—semi-automatic crampons.

Salewa Rapace GTX crampon connection

Durable protective upper in the Salewa Rapace GTX

The Salewa Rapace GTX has a 1.8 mm nubuck leather upper covered with wear-resistant fabric and a durable synthetic overlay. The 360-degree protection from abrasive elements is made possible by the rubber rand that runs across and around the upper’s base.

Salewa Rapace GTX protection

The interior is both breathable and waterproof, thanks to the Gore-Tex Performance Comfort liner.

Salewa Rapace GTX upper

Comfortable ankle collar

While the lower part of the upper’s heel is hardy and supportive, the upper area is engineered to be flexible, allowing wearers to perform maneuvers with as much ankle freedom as possible.

Salewa Rapace GTX ankle collar

Secure fit with Y-shaped cable

The laces that give users a secure fit and personalized lockdown are made up of synthetic threads entwined together for durability. The Y-shaped cable hugging the upper’s heel is made of a wire-like material. This cable, as more pressure is applied on the laces, constricts the heel zone, and, as a result, gives the boot extra ankle and heel support.

Salewa Rapace GTX secure

Facts / Specs

Weight: Men 24oz / Women 19.4oz
Cut: Mid cut
Features: Single, Lace-to-toe / Orthotic friendly / Removable insole
Waterproofing: Waterproof
Width: Normal
BRAND Brand: Salewa
Construction: Single, Lace-to-toe

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Author
Paul Ronto
Paul Ronto

Over the past 20 years, Paul has climbed, hiked, and ran all over the world. He has summited peaks throughout the Americas, trekked through Africa, and tested his endurance in 24-hour trail races as well as 6 marathons. On average, he runs 30-50 miles a week in the foothills of Northern Colorado. His research is regularly cited in The New York Times, Washington Post, National Geographic, etc. On top of this, Paul is leading the running shoe lab where he cuts shoes apart and analyses every detail of the shoes that you might buy.