New, Unopened HONESTIES Socks 720° [Long] M Size Unisex

These socks can be slipped on quickly without needing to find the heel. The description mentions 720 degrees, likely because they can be worn in any direction (360 degrees) and there are two socks (360 x 2 = 720).

After purchase, these were stored in a dresser, unopened. While the outer bag is a bit worn, the product itself is unopened and unused, so it should be in good condition. I will ship them unopened, so please purchase with the understanding that I have not been able to inspect the product.

Product features (from the manufacturer's website):
[No Inside or Outside]
These socks can be worn from either the inside or outside. The simple design is finished without seams, eliminating unnecessary bumps and preventing the feeling of roughness that can be bothersome at the toes.
[No Heel]
You can simply put your foot in without thinking. This eliminates the action of holding the sock with the heel down, which is always done when putting on socks. Furthermore, the position of the heel and toe, which was previously fixed for socks, changes with each wear. This distributes the load on the fabric, leading to longer-lasting socks.
[Antibacterial and Odor-Resistant Processing]
When it comes to socks, odor after wearing is a concern! HONESTIES uses an antibacterial process applied at the cotton stage, before the yarn is made. This prevents the effect from diminishing due to washing and other factors, providing long-lasting antibacterial and odor-resistant effects.

To eliminate the need for inside/outside distinction, the optimal manufacturing technology, Shima Seiki's WHOLEGARMENT®, was adopted. WHOLEGARMENT® refers to knitwear produced using technology that three-dimensionally forms the entire garment. Because it can be knitted three-dimensionally without seams, it features a clean silhouette and comfortable fit, allowing for the creation of high-quality garments. To eliminate the inside/outside distinction, it was necessary to remove seam bumps, making this the optimal manufacturing method.