hapshoe kids
Genuine Leather White Velcro Leopard Print Girls' Athletic Shoes
Get a 15% discount on your order!
hapshoe kids
Genuine Leather White Velcro Leopard Print Girls' Athletic Shoes
Low in stock
التسليم المتوقع بين 15 July و 18 July.
Ürün detayları
Sneaker models made of genuine leather, anatomical, healthy, durable, with practical hook-and-loop design for children.
- Model Code: C1900-BLP
- Outer Material: Genuine Leather (Durable, breathable, soft, healthy, genuine leather material)
- Inner Material: Genuine Leather (Antibacterial, genuine leather, breathable, genuine leather material)
- Insole: Anatomical (There is a pad supporting the inner arch of the foot and a shaped sole liner for comfortable walking. The insole is genuine leather.)
- Sole: Ready Sole (It is thermoplastic. It is made of non-slip, flexible and high-strength polymer material. Its circumference is completely stitched. It is resistant to tearing and opening.)
- Last: Standard (EU/TR) (Produced with a standard full inner last.)
- Inner Last: Suitable for wide feet. Anatomical, flexible and supportive for walking. Walking allowance is available.
- Original, new and tagged product.
- Origin (Place of Production): Turkey
Product Number Size Chart
Product numbers are in "European (EU) Standards" Paris Point measurement unit. The measurements in centimeters in the size chart are the inner last lengths used in production.
Foot length should be calculated as the distance between the tip of the longest toe and the end of the heel. Foot length should be measured barefoot and while standing, with body weight equally distributed on both feet.
When choosing a size; it should be noted that the lengths in the size chart should be 0.5 cm to 1 cm larger than the foot length.
- Size 26: 16 cm
- Size 27: 16.5 cm
- Size 28: 17 cm
- Size 29: 17.5 cm
- Size 30: 18 cm
Note: Choosing the correct shoe size for babies and children is important for the healthy development of feet that have not yet completed their development. Shoes that are too tight or too loose can lead to imbalances and problems in the foot, ankle, knee, hip, and spinal joints in the long run.
