Barefoot Universe

The human foot is a masterpiece of biomechanics, designed to provide balance, stability, and propulsion. Its natural structure allows it to walk, run, and jump without the need for artificial support. However, prolonged use of conventional shoes with rigid soles and narrow toe boxes alters their functionality, affecting not only the health of the feet but also the alignment of the knees, hips, and back.

The limitations of traditional footwear have prompted the search for healthier alternatives, such as barefoot-inspired footwear, designed to respect the natural shape and function of the foot.

Benefits of barefoot footwear

Barefoot shoes comply with three essential principles:

  • More space, more stability.

    Wide toe box: allows toes to spread freely and optimizes stability.

    The hallux, or big toe, plays a crucial role in locomotion, providing propulsion, stability, support, and cushioning. When walking, it bears twice as much pressure as the other four toes and is essential for proper weight distribution. Shoes with a wide toe box and split-toe design allow the big toe to stay aligned, activating the plantar fascia and strengthening the arch of the foot. This contributes to greater stability and reinforces the main support base.

  • Freedom of movement for a strong foot.

    Flexible sole: enhances the natural mobility of the foot and strengthens the muscles.
    The foot is designed to push off from the front, utilizing the power of the big toe. The flexible sole of minimalist shoes allows for natural movement and strengthens the foot muscles, avoiding the stiffness caused by traditional footwear.

  • Thin and completely flat sole

    Improves connection with the ground, optimizes balance and promotes an aligned posture.

    The connection between the brain and the feet is activated when we feel the ground. The part of the brain that processes information from the feet is the same size as the part that receives information from the hands. Wearing barefoot shoes with thin soles improves sensory feedback, optimizing balance and stability. Furthermore, the lack of unevenness promotes proper postural alignment.