- [TARGETED COMPRESSION ZONES] Compression is proven to improve blood flow, move faster, react quicker, and use less energy. Targeted compression zones provide varying levels of support from moderate to extra firm. These low cut socks are designed to promote blood circulation and oxygen flow preventing cramping, fatigue, swelling, and helps in muscle recovery
- [ARCH SUPPORT FOR YOUR FEET] The arch of the foot area is designed with a triangle-like pattern to provide support for the medial and lateral sides of the foot. Targeted arch compression keeps your arch stable and secure
- [MESH DESIGN & BREATHABLE] These ankle socks are made of high-quality material, which can quickly absorb moisture and release sweat. Mesh ventilation in the arch reduces heat and increases perspiration, good moisture-wicking performance to help your feet keep cool and breathable all-day long
- [FIT FOR MOST ACTIVITIES] The heel and toe areas are reinforced and upgraded to withstand rigorous workouts and multiple washing. Suitable for most sports activities, such as running, workout, gym sessions, walking long distances, jogging, trips, tennis, golf, fitness, and everyday use
- [HIGH QUALITY MATERIAL] The fabric uses high-quality materials, and the arch support is designed to provide comfortable and firm compression. In order to keep your feet dry, our socks are characterized by a mesh ventilation structure that produces maximum airflow, you can wear all day. The toes and heel areas are strengthened to withstand rigorous training and multiple items of washing. More durable and comfortable.
Dr. Motion's everyday 2 pair compression socks are designed to provide style and function. Our anklet socks offer enhanced support for maximum, all-day comfort that will keep up with your every day activities. Trudry yarn wicks away moisture to keep feet dry and odor free. Other features include breathable mesh, seamless toe, arch support and a achilleic protection tab.
- Department : womens
- Date First Available : May 17, 2023
- Manufacturer : Dr. Motion
