Combining timeless design and advanced features, the Quest Rove GORE-TEX is a shoe for backpacking. The upper part is made of full suede leather and waterproof GORE-TEX, while the sole uses an extremely tight Contragrip tread. With a high collar and additional support when wearing a backpack, you will be ready to explore nearby or distant areas.

Technologies:

• GORE-TEX: Synthetic fiber technology applied to the entire surface of the shoe keeping the foot absolutely dry, wherever you move. At the same time, thanks to the appropriate mesh design, it promotes proper foot ventilation, increasing the provided comfort.
• ADV-C Chassis: Protecting the ankle joints, the chassis provides additional stability while keeping the front part flexible for a smoother movement feel.
• Suede leather: Split Suede for great durability and longevity.
• Water Repellent: Special treatment for extra protection ensuring that the fabric does not absorb water during light rain.
• Mesh and textile lining: Soft mesh lining that promotes foot ventilation and provides a comfortable feel.
• Gusseted tongue: The tongue is connected to the rest of the upper part to prevent dirt from entering the shoe.
• Sensifit: System that “hugs” the foot internally, for a secure precision fit.
• Regular laces: Traditional lacing system.
• Molded OrthoLite sockliner: Molded to match the contour of your foot, this OrthoLite® insole provides excellent cushioning, breathability, and durability, to upgrade the comfort and performance of your shoe.
• EnergyCell: High-performance EVA foam used in the midsole for excellent shock absorption and foot protection.
• EVA: Foam material that provides lightweight shock protection, stability, and anatomical fit.
• Active Support: These mobile “wings” help the foot stay stable and accompany its movement, as they adapt to its shape and volume.
• Mud guard: Protective material at the base of the shoe.
• Protective toe cap: Reinforcement at the front for toe protection.
• All Terrain Contagrip: For maximum grip on a wide range of surfaces and increased durability.