Women's SMALL Weighted Vest: A Running Vest Where Fashion Meets Function. Approximately 5 pounds in weight, designed for women, it adds resistance for better workouts and is perfect for runs and walks.

Women's SMALL
Micro-weight-bearing vests are applicable to physical training activities like running, tennis, basketball, football and boxing. Given that the weight-bearing parts of the vests are relatively rigid, please refrain from collisions with others during exercise and maintain a safe distance to avoid accidental injuries.
Choose the right size for a more comfortable wearing experience. The waist circumferences that each size fits are as follows: Size XS fits 23.75-25.5 inches, size S fits 25.75-27.5 inches, size M fits 27.75-29.5 inches, size L fits 29.75-31.5 inches, and size XL fits 31.75-33.5 inches. Please measure your waist circumference by yourself before purchasing to ensure a better wearing experience. Thank you for your support!
It has a lightweight and compact design, allowing you to wear it for weight-bearing training while still maintaining your original feminine charm without looking bulky. The design of the weight-bearing part fits snugly against the waist, ensuring that it won't shake when you are exercising. It should be noted that currently, there are no product sizes suitable for women with larger cup sizes. Therefore, it is not recommended for women with a D cup or larger to use this product.
When using this product, place the weight block into the small pocket on the waist. For cleaning after use, first take the weight block out of the waist pocket and wipe away the sweat on its surface. The weight block is made of iron, with a rust - proof coating on the surface. Do not damage this rust - proof coating.
The waist section is crafted from durable Kevlar. Owing to the utilization of short fibers as raw materials and the application of core-spun yarn technology, brushing during cleaning or aggressive laundering can result in fabric fuzzing. This is an inherent property of short-fiber yarns and does not compromise the material's performance. In the future, alternative materials may be adopted to address the fuzzing issue.

Location: DFW, TX