Men's approach shoes The North Face Verto Alpine Mid Gore-Tex hero blue/black (NF0A83NB16Y1)

The North Face Verto Alpine Mid Gore-Tex men's approach shoes in hero blue/black are the ideal solution for mountain challenge enthusiasts. Designed with maximum functionality in mind, they are an excellent choice for tough mountain trails. Made from high-quality fabric, the shoes offer durability and resistance to damage, which is crucial during demanding ascents.

Advanced GORE-TEX® technologies

The North Face Verto Alpine Mid Gore-Tex men's approach shoes utilise GORE-TEX® technology, which provides unparalleled waterproofing. Thanks to this innovation, your feet stay dry even in the most unpredictable weather conditions. GORE-TEX® technology not only protects against moisture but also guarantees breathability, enhancing comfort during long hikes.

Vibram® XS Trek outsole

The North Face Verto Alpine Mid Gore-Tex men's approach shoes are equipped with a Vibram® XS Trek outsole. This type of sole provides excellent grip on various surfaces, which is key when traversing mountain paths. Vibram® XS Trek is also characterised by flexibility and durability, translating to greater stability and safety when walking on uneven terrain.

Functional details

The North Face Verto Alpine Mid Gore-Tex men's approach shoes feature a laced closure that allows for individual fitting to the foot. The partial rand provides additional reinforcement, increasing their resistance to mechanical damage. This combination of functional details makes the footwear not only comfortable but also exceptionally durable.

The North Face Verto Alpine Mid Gore-Tex men's approach shoes - features:

• Mountain approach shoes providing support on difficult trails;
• Upper made of high-quality fabric ensuring durability;
• GORE-TEX® technology offering unparalleled waterproofing and breathability;
• Vibram® XS Trek outsole providing excellent grip and flexibility;
• Laces enabling individual fitting to the foot;
• Partial rand providing additional reinforcement and resistance to mechanical damage.