A new generation of mission boots: The BREACHER N GTX HI is the ideal combination of comfort and functionality. In addition to the comfortable dual-density PU midsole with integrated arch support for extra long marches, the certified ankle protection system with PORON® technology makes this boot the ideal piece of equipment for soldiers and private military contractors. A combination of highly abrasion-resistant, breathable CORDURA® material and nubuck leather is used for the upper. With its fabric windows on the top part of the foot, the BREACHER N GTX HI achieves the ideal balance between breathability, weight and support.
- The sole meets the highest anti-slip standards. Slip protection depends primarily on the design and rubber compound of the outsole. The shoe provides optimal slip protection on slick, wet and oily surfaces, as well as good grip on terrain.
- Proven Vibram rubber sole from a high-quality provider from Italy.
- Shoes equipped with a Gore-Tex extended comfort footwear membrane are permanently waterproof and are particularly suited for warm weather.
- The shoe is equipped with lacing hooks with a closed design. The laces are guided securely and cannot slip out of their hooks. Closed lace hooks minimise the risk of the shoe getting caught on objects.
- The shoe model is equipped with high-performance protection of the ankle area against injuries caused by external impact and is certified (additional requirement AN). The protection of the inner and outer ankles is ensured by a Poron® padding in the affected area. This material is characterised by a particularly high shock absorption. Ankle protection is particularly important in the military sector and for work in rough terrain.
- The forefoot and upper area can be laced in varying degrees of tightness.
- The shoe is equipped with an exchangeable footbed for optimal individual adjustment and, in combination with the orthopaedic insoles ErgoPad® work:x and ErgoPad® work:h+ from BAUERFEIND®, is certified and approved for use as occupational footwear in accordance with DIN EN ISO 20347:2012.
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