GSG9-S 2.0 Shoes

The Haix Gsg9-s 2.0 tactical boots embody excellence in safety and comfort for professionals on duty. Suitable for the most demanding environments, they incorporate cutting-edge technologies to ensure optimal performance. The waterproof, hydrophobic-treated leather provides exceptional protection against moisture and bodily fluids, while offering uncompromised breathability thanks to Crosstech technology.

The flexible and lightweight anti-puncture sole of these boots offers increased safety, essential for critical missions. The hollow nitrile/PU rubber sole, abrasion-resistant and non-slip, ensures optimal grip on all terrains. Additionally, the Haix MSL injected foam system makes the boot particularly lightweight and provides excellent insulation against heat and cold.

Thermal comfort is also a strong point of the Gsg9-s 2.0. Thanks to the 3-layer Crosstech laminate lining, these boots guarantee protection against chemicals, viruses, and bacteria. The preformed, removable, and washable anatomical support ensures effective moisture absorption and quick drying, essential for long working days.

Compliant with CE EN ISO 20347: 2012 O3 HRO HI CI WR FO SRC standards, these boots offer complete protection and meet the strictest requirements. The Haix Climate ventilation system, combined with the Micro-Dry lining at the top of the shaft, further enhances comfort by regulating the internal temperature of the boot.

Particularly suitable for Fast Roping, the Gsg9-s 2.0 feature a closed lacing system with two lacing zones for a perfect fit. The MicroSoftLight technology improves cushioning thanks to PU foam injected throughout the sole, thus lightening the boot and offering superior insulation against heat and cold.

Finally, the reflective leather design reduces heat transmission due to solar radiation, ensuring additional comfort even in extreme weather conditions. With a shaft height of 18.5 cm and a weight of 1500 g, the Haix Gsg9-s 2.0 are the ideal choice for demanding professionals seeking performance and reliability.