Choosing the Right Fit: A Guide to Apolla Performance Socks
Finding the perfect pair of socks is crucial for comfort and performance, especially if you have specific foot needs such as wider feet, metatarsal injuries, or bunions. At Apolla Performance, we understand the importance of a well-fitting sock and offer a range of options designed to cater to various foot shapes and conditions.
Understanding Your Options
The Infinite (Mid-Calf) and The Endurance (Knee-High)
Both The Infinite and The Endurance styles are excellent choices for individuals seeking a roomier fit in the toe box. This makes them particularly suitable for those with wider feet or conditions like metatarsal injuries and bunions, which can be aggravated by pressure from tighter fits.
- The Infinite: A mid-calf option that provides comfort and support without compromising on style.
- The Endurance: A knee-high design that offers additional coverage and support, ideal for those needing more comprehensive protection.
Wide Sizing for Extra Wide Feet
If your feet are considered extra wide, or if you typically wear wide shoes, our WIDE sizing is recommended. This option is also beneficial for those with wide ankles or calves, ensuring a comfortable fit that accommodates your unique shape.
Finding Your Perfect Fit
To assist you in selecting the right size, we offer a comprehensive sizing chart for each style. You can view our full sizing chart here.
Satisfaction Guaranteed
At Apolla Performance, we stand by the quality and fit of our products. We guarantee your satisfaction with free returns and exchanges. If you find that you need a different size or style after trying them, please do not hesitate to reach out. We are here to help you find the perfect fit!
Need Assistance?
If you have any questions or need further assistance, we are always here to help. For feedback or inquiries, please contact us through our contact page.
Your comfort and satisfaction are our top priorities, and we are committed to providing you with the best performance wear for your needs. 🧦