Asics Women's Gel-Mission 3 Walking Shoes, Black/Carbon, 8.5

The Asics Women's Gel-Mission 3 Walking Shoes come in a variety of sizes, including 8.5. However, specific size ranges and availability may vary by retailer.

These walking shoes are made with materials that provide both comfort and durability, typical for ASICS footwear, though exact details on fabric composition aren't provided in the product description.

Each pair of Asics Women's Gel-Mission 3 Walking Shoes comes individually packed, as stated by the pack size of 1. No additional items are typically included unless explicitly mentioned otherwise.

These shoes are designed specifically for women who enjoy walking and hiking activities. They offer support and comfort tailored to a woman's foot structure and needs during these activities.

While primarily designed for walking and hiking, the Asics Women's Gel-Mission 3 Walking Shoes can also be worn casually around town due to their comfortable design. However, they are not intended for high-impact sports or running.

ASICS is known for producing durable footwear with features like the Gel cushioning system and support technologies that enhance longevity. While specific durability claims aren't provided here, these shoes are expected to withstand regular use in various terrains.

When selecting a model similar to the Asics Women's Gel-Mission 3, you might want to consider your specific needs and preferences. Look at factors like support level, cushioning, and fit, as well as any additional features that may be important for your walking or hiking activities.

While not mentioned, Asics often offers this model in multiple colors. It’s advisable to check with retailers or visit the ASICS website for a full range of color options available at the time of purchase.

For general care, refer to ASICS guidelines which typically suggest keeping them clean and dry. Specific instructions might vary depending on the materials used, but ASICS usually recommends using mild soap and water or a similar gentle cleaning method.