Black Barefoot Handmade Leather Sandals are crafted to respect the natural structure of your feet. With 26 bones, 33 joints, 19 muscles, and thousands of nerve endings, your feet need proper sensory feedback from the ground. Avoid the blindness caused by unhealthy plastic soles.

At Nefes Shoes, we use real buffalo leather for our sandal soles, with a thickness of 5-8 mm. This design allows you to feel the ground, enhancing stable posture and dynamic gait. Reduce the risk of uncontrolled movements and enjoy the comfort of natural leather with Nefes Shoes sandals.

***As standard, this product uses a shoe sole made of natural buffalo leather. If you would like to add copper rivets or rubber to the sole, please let us know in the order note.

A foot alone contains 26 bones, 33 joints, 19 muscles and thousands of nerve endings. These nerves provide the necessary sensory feedback from the ground to your brain. Imagine eliminating all these inputs with sandal soles made of unhealthy plastics. Do you blindfold every time you leave the house? Probably not. By choosing sandals made from unnatural materials, you are basically blindfolding your resourceful feet. We do not recommend this.

As Nefes Shoes, we only use real buffalo leather on the soles of the sandals. Skin thickness is 5-8 mm. Wearing shoes with thinner soles allows you to feel the ground and adapt accordingly. This sensory feedback plays an important role in stable posture and dynamic gait patterns. The risk of uncontrolled bending of your wrist is reduced.

Bring comfort to your feet by switching to Nefes Shoes sandals, the sole of which is made of real leather!

Handmade Black Barefoot Leather Sandals

The Handmade Black Barefoot Leather Sandals offer a sleek, classic black color that complements any outfit. Crafted from genuine buffalo leather, these sandals ensure a natural connection with the ground, enhancing sensory feedback and supporting stable posture. Ideal for those seeking both style and comfort, these sandals provide the perfect balance of elegance and functionality.