Berghaus Expeditor AQ Trek Womens Suede Walking Boots
Berghaus Expeditor AQ Trek Women’s Suede Walking Boots are really comfortable and supportive boots for all sorts of walking excursions and they are on the recommended kit list for the Duke of Edinburgh’s Award Scheme.
The Petards split suede leather upper gives waterproof protection in combination with the AQ waterproof but breathable AQ lining that helps ensure perspiration can escape for the comfort of drier feet.
Underfoot security and traction is assured thanks to the Opti-Stud hiking outsole pattern while the EVA midsole is very effective at providing shock absorbance.
AQ by Berghaus is a tried and tested fabric designed to keep you dry and comfortable. AQ offers waterproofing and breathability to keep you protected from the elements yet allowing perspiration to escape for maximum comfort.
The Opti-Stud features a tri-lobal, omni-directional design to match your movements and pressure contact with the ground. Larger studs which take the force of the impact are linked to smaller studs to prevent distortion on impact for excellent grip in all conditions.
Berghaus Expeditor AQ Trek Women’s Suede Walking Boots are really comfortable and supportive boots for all sorts of walking excursions and they are on the recommended kit list for the Duke of Edinburgh’s Award Scheme.
The Petards split suede leather upper gives waterproof protection in combination with the AQ waterproof but breathable AQ lining that helps ensure perspiration can escape for the comfort of drier feet.
Underfoot security and traction is assured thanks to the Opti-Stud hiking outsole pattern while the EVA midsole is very effective at providing shock absorbance.
AQ by Berghaus is a tried and tested fabric designed to keep you dry and comfortable. AQ offers waterproofing and breathability to keep you protected from the elements yet allowing perspiration to escape for maximum comfort.
The Opti-Stud features a tri-lobal, omni-directional design to match your movements and pressure contact with the ground. Larger studs which take the force of the impact are linked to smaller studs to prevent distortion on impact for excellent grip in all conditions.
