Ariat Women's Telluride II H2O Lace Boots, Dark Brown

Ariat Womens Telluride II H2O Lace Boots in Dark Brown. The Ariat Womens Telluride II H2O Lace Boots are part of the Ariat Endurance range and are ideal for long distance riding, endurance riding, hacking or general riding. The Telluride II Boots feature a waterproof oiled full grain leather upper with a waterproof membrane construction to ensure feet stay dry and comfortable. The Boots feature a Tec-Tuf toe and heel for extra durability, a lace fastening, a moisture wicking lining and a stirrup friendly Duratread outsole. Ariat Womens Telluride II H2O Lace Boots feature the Ariat ATS technology to support and cushion the foot and provide optimum stability for all day comfort and performance. The ATS system consists of a moisture wicking footbed, a gel cushioned footbed with heel stabiliser for shock absorption and a lightweight composite forked shank for stability. Key Features: // ATS (Advanced Torque Stability): Provides Mid-Level Technology which provides support and cushions your feet as you move which promotes good posture and reduced fatigue all day long. Moisture wicking footbed which allows you to stay dry, cool and comfortable all day. Gel-cushioned footbed with added heel stabilizer to provide support, stability and enhances Smart ReboundTM which allows pressure to dissipate in the forefoot and cushion the heel. A comfortable, lightweight, composite forked shank allows for superior stability DuratreadTM outsole to ensure lasting performance, protection and flexibility which combines lasting wear-resistance, comfort and is highly resistance to acids, oily surfaces and slippy areas. Waterproof Pro: Provides top of the line protection from wet conditions, rain and snow to provide you with a boot you can trust to protect you from the elements. Boot construction uses waterproof top quality products of premium leathers for superior exterior protection. Durable, impermeable materials are both waterproof and breathable and designed for long lasting protection.