OZ 2.5 V/L J

OZ 2.5 V/L J

906
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Young Athletes

OZ 2.5 V/L J

Partner Zone Code: 427202-906

Plm color name : DARK DENIM/ORCHID BLOOM/ROSE VIOLET
Brand colour ID
Introducing the energetics OZ 2.5 V/L J running shoes, crafted for young athletes with a neutral gait. These children's shoes feature a low-cut design for comfort and adaptability during runs. The lightweight mesh and polyurethane (PU) upper provide breathability, while the ethylene-vinyl acetate (EVA) midsole offers cushioning. Hook and loop and elastic laces make them easy to wear, designed for boys and girls eager to hit the track.

More Information

Collection Young Athletes
Country of origin description China
Fedas 2 activity 46-Running/ Trail Running
Fedas 3 product maingroup 06-Running shoes
Fedas 4 product subgroup 3-Chi low
Fedas age Children
Fedas code 346063
Fedas gender Unisex/No Gender
Product Meta Footwear
Label OZ 2.5 V/L J
Market INO,IIE
Parent sku 427202
Product brand ENERGETICS
Product description en uk Introducing the energetics OZ 2.5 V/L J running shoes, crafted for young athletes with a neutral gait. These children's shoes feature a low-cut design for comfort and adaptability during runs. The lightweight mesh and polyurethane (PU) upper provide breathability, while the ethylene-vinyl acetate (EVA) midsole offers cushioning. Hook and loop and elastic laces make them easy to wear, designed for boys and girls eager to hit the track.
Usp 1 en uk Comfort and support for young runners.
Usp 2 en uk Lightweight ethylene-vinyl acetate (EVA) midsole increases cushioning for smooth, comfortable runs.
Usp 3 en uk Breathable mesh and polyurethane (PU) upper keeps feet cool during intensive activities.
Usp 4 en uk Hook and loop and elastic laces for quick and easy wear, designed for children.
Usp 5 en uk Unisex design accommodates both boys and girls in their running pursuits.
Usp 6 en uk Low-cut construction provides flexibility and unrestricted movement.
Usp 7 en uk Durable thermoplastic (TPR) outsole offers reliable traction for various running surfaces.