BM BM Open heel ballerinas from Gianna White

Elegant simplicity and stylish BM design - these are Gianna White ballet flats with an open heel, the quintessence of white classic footwear. Dedicated to women who value both comfort and unique appearance in fashion.

Classic, flat footwear has been refreshed thanks to square toes, which add an elegant accent and a bit of a modern character. The attractiveness of the model is additionally emphasized by the finely designed fasteners around the ankle, making these ballet flats not only comfortable, but also a safe choice for every woman.

BM, a manufacturer of footwear known for its attention to detail, chose timeless white here, which goes perfectly with any type of wardrobe. Regardless of whether you are planning a set with a light dress or with classic jeans and a shirt, Gianna White ballet flats will be a refined accent that adds character to any styling.

Made of ecological leather, these ballet flats are an expression of concern for the environment and are perfect for people looking for an alternative to natural leather. This material also ensures that the shoes are easy to keep clean, which is extremely important in the case of white shoes.

The sole, also synthetic, was designed for durability and walking comfort. The low, only one-centimeter heel ensures stability and allows you to easily cover even long distances, while enjoying an impeccable appearance. The insole made of soft ecological leather ensures the comfort of your feet even after a whole day of wearing.

The product is delivered in an original, elegant box with the BM mark, which makes it a ready-made gift idea. It's easy to love these ballet flats for their versatility and delicate presentation that always attracts flattering glances.

In these ballet flats, every woman can feel stylish and comfortable, regardless of the occasion. BM Gianna White are shoes that decorate women's feet with elegance and delicacy, while ensuring the pleasure of wearing all day long - a real must-have for lovers of elegant functionality.