Product Details
＋
- 【Vintage Sneakers Women】: The women's sneaker combines retro-inspired design with modern orthopedic comfort; with lightweight ergonomics, breathable materials and a supportive arch structure, this sneaker is the perfect balance of style and comfort for all-day wear.
- 【Arch Support】: This orthopedic sneaker features a specially designed arch support that helps evenly distribute weight across your feet; the extra-wide 4 cm heel base provides extra stability, promotes better posture and reduces foot fatigue, making it perfect for active women.
- 【Orthopedic Sneakers】: This sneaker features 3 The cm-wide heel sole is designed to provide greater stability and excellent arch support, ensuring a comfortable fit and better performance; perfect for those who seek style and function, they are designed to improve comfort for long periods of wear.
- 【Casual Shoes For Women】: the shock-absorbing non-slip rubber sole ensures that you can walk confidently on a variety of surfaces; the sole is lightweight and durable, providing excellent cushioning and comfort for daily activities, from casual outings to long walks.
- 【Versatile fashion】: whether you are heading to work, taking a walk on the beach or running errands, these sneakers are suitable for any occasion; pair them with jeans, skirts or dresses for a stylish and comfortable look; their versatility and classic design make them a must-have for any wardrobe.
Feature:
1.Stability and Comfort
2.Wide Box Toe
3.High-Quality Materials
4.Lightweight and Soft
5.Versatile Usage
Specification:
Name: Vintage Sneakers Women
Upper material: PU fabric
Sole material: rubber sole
Color: Black/Blue
Package Includes:
1 pc * Vintage Sneakers Women
Note:
1.Please allow 1-5g/1-2cm differences due to manual measurement
2.Due to the different monitors and different light, the picture may not reflect the actual color of the item. Thank you for your understanding.
- Package Dimensions : 11.81 x 3.94 x 2.36 inches; 10.58 ounces
- Department : womens
- Date First Available : March 3, 2025
