Puma Speedcat Ballet shoe - black and white
384ر.س
599ر.س-36%Product description
From the heart of the ballet theater and the car racing track, Puma Speedcat Ballet shoes were born to be more than just shoes; they were designed to immortalize a new name in the world of footwear, where the power of car racing shoes and the softness of ballet shoes give you comfort, strength, and distinction. This shoe embodies daring and elegance together, allowing you to shine in style with every step.
Specifications of Puma Speedcat Ballet shoes
Product type: Puma Speedcat Ballet
Color: (Black/White)
Design: Combines the icon of car racing Speedcat with the classic elegance of ballerina shoes.
Material: The upper part is made of a blend of soft suede and synthetic leather.
Comfort: Lightweight EVA midsole provides absolute cushioning.
Safety: Durable rubber outsole.
Use: Versatile shoe suitable for casual looks and informal occasions.
Fit: Fits various foot shapes.
Details: Features white PUMA Formstrip side lines.
Embroidered PUMA Cat logo on the front, emphasizing the brand identity.
Easy to wear design with elastic straps ensuring a comfortable and snug fit.
Features of Puma Speedcat Ballet shoes
Exceptional design: Puma shoes are designed to combine the style of sports shoes with classic ballet shoes, making them a true example of elegance and comfort at the same time.
Selected quality for you: Made from quality materials, starting with the choice of soft dyed leather and synthetic leather, among other material details, giving you an elegant appearance and longer lifespan.
Easy to put on and take off: The shoe features a lightweight midsole design, with EVA material used to provide perfect cushioning for the feet, making it an ideal choice for daily wear without feeling tired.
Ease of wearing: The shoe has a sleek design with touches of elastic straps, making it easy to put on and take off, adding a more practical touch to the shoe.
High stability: Designed with exceptional outsole and details that ensure excellent grip and stability on surfaces.






