Prabos Vagabund High - Desert-Camo

Put on the Vagabund tactical boots and don't take a step back.

For those who go into difficult terrain and want to be sure that they will return safely.

For those looking for footwear they can rely on in all conditions.

For people like you: responsible for yourself and others. Regardless of the circumstances.

Product description

Trekking look, tactical features. Our latest model looks like a trekking boot from the outside, but it's actually a purebred tactical boot. What makes Vagabund really special?

PHOBOS PU/Rubber outsole – dual-density lightweight, self-cleaning and abrasion-resistant outsole. We have developed it in collaboration with the Vibram company to meet all the requirements that our customers expect from our footwear. For decades, this legendary brand has been the world authority in providing shoes with excellent ground grip.

You do not have to look where you put your feet. ZeroFear 4.0 antipuncture protection layer protects your foot against punctures and, due to its light weight and flexibility, it does not reduce wearing comfort.

Hydrophobic nubuck leather - we want our tactical boots to be extremely comfortable. That's why we chose soft, durable and comfortable nubuck. It is a material that boasts remarkable resistance to damage and high vapour permeability.

Breathable PES+PA lining with high vapour permeability and abrasion resistance. The absence of a membrane guarantees high vapour permeability even at high temperatures.

CLOUD insole – three-layer damping insole for tactical boots. It reduces leg fatigue, absorbs unpleasant odours and improves moisture drain. It is made for each size individually, so it supports the foot in the places where it should.

Weight - 710 g/1 shoe size 42

Standard - EN ISO 20347 O3 CI HRO SRC

Laces - 180 cm

Materials

Upper material	Waterproof NUBUCK leather thickness 2,0 - 2,2
Lining	DRI-LEX® PES+PA highly abrasion resistant and breathable textile
Sole	Direct injection PHOBOS PU/Rubber
Insole	CLOUD
Hight	19 cm
Standard	EN 20347