BM BM Lavey Black suede lace-up boots

Timeless and versatile - this is how you can describe the "Lavey Black" suede lace-up ankle boots from the manufacturer BM, which are the quintessence of style and comfort for demanding women. This elegant black, combined with the classic worker design, creates a pair of shoes perfect for a variety of occasions.

The strong point of the "Lavey Black" boots is certainly their functionality. The user-friendly zipper closure, located on the side of the upper, allows for quick and convenient putting on. The lacing system allows you to precisely adjust the shoes to the individual foot width, which is crucial for comfort during all-day use.

These shoes are made of high-quality ecological suede, which is a response to the growing awareness and expectations of customers who care about the natural environment. Thanks to this, choosing these boots is a conscious step towards fashion that respects nature.

The inside of the shoe is lined with soft fur, which will provide warmth and comfort even on colder days, making "Lavey Black" the perfect choice for the fall and winter season. A flat heel and a solid, synthetic sole guarantee stability and are suitable for people who prefer a natural foot position.

The KeeShoes collection, which includes the presented ankle boots, is known for combining comfort and current trends, which has also been preserved in this case. The lack of unnecessary decorations or patterns emphasizes the universality of the boots, which will perfectly complement any everyday or more casual styling.

"Lavey Black" ankle boots are equipped with the manufacturer's original packaging, which makes them perfect as a gift. Moreover, their standard weight of approx. 1.2 kg with packaging does not constitute a heavy burden, allowing for easy portability.

Functionality, style and attention to detail - these are the features that distinguish the "Lavey Black" suede lace-up ankle boots from BM, making them a perfect choice for every woman who values ​​comfort and classic fashion.