VivoBarefoot Gobi Hiber Hiking Boots for Men (Pick a Size) New w/ Box
This page is affiliate-supported. Prices and availability can change after the last marketplace refresh.
About this product
The VivoBarefoot Gobi Hiber Hiking Boots for men are available in US Shoe Size 15 (EU 49), in black. These ankle-shaft boots feature a lace-up closure and a round toe. Constructed with textile and synthetic upper materials, they are designed to be water-resistant and offer comfort and cushioning. The rubber outsole provides traction, making them suitable for casual and activewear during fall, spring, and winter seasons.
Our take
These VivoBarefoot Gobi Hiber boots stand out with their 'barefoot' design philosophy, though the specs suggest comfort and cushioning are still present. The water-resistant feature is a good practical touch for unexpected wetness, though it's not fully waterproof. The textile and synthetic upper combination keeps the weight down and offers some flexibility. The rubber outsole should provide adequate grip for casual hikes and daily wear. While marketed as hiking boots, the emphasis on 'barefoot' and water-resistance over full waterproofing might make them better suited for less aggressive trails or urban adventures, especially for the price.
Pros & Cons
Pros
- Water-resistant upper materials
- Comfort and cushioning features
- Rubber outsole for traction
- Unique 'barefoot' design approach
Cons
- Water-resistant, not fully waterproof
- Textile upper may lack durability for rugged trails
- Higher price point for water resistance
Specifications
- US Shoe Size 49 (US: Shoe Size 15)
- Shoe Shaft Style Ankle
- Toe Shape Round Toe
- Closure Lace Up
- Occasion Casual, Activewear
- Color Black
Show all 17 specifications
- Lining Material
- Textile
- Brand
- VivoBarefoot
- Type
- Boot
- Department
- Men
- Model
- VivoBarefoot Gobi Hiber
- Outsole Material
- Rubber
- Style
- Boots
- Features
- Comfort, Cushioned, Water Resistant
- Shoe Width
- Standard
- Season
- Fall, Spring, Winter
- Upper Material
- Textile and synthetic