Children's running shoes Mizuno Enerzy Rider Jr camelliarose/ snowwhite/violiet (K1GC241653)

Mizuno Enerzy Rider Jr children's running shoes in camelliarose/snowwhite/violiet are the ideal choice for young runners who need support and comfort during training on asphalt. Made with synthetic material for the upper, they provide not only durability but also excellent breathability. This ensures your child's feet will stay dry and comfortable even during intense activity.

MIZUNO ENERZY Technology

The Mizuno Enerzy Rider Jr children's running shoes in camelliarose/snowwhite/violiet are equipped with the innovative MIZUNO ENERZY technology, which offers excellent cushioning. The midsole with this technology enhances energy return, resulting in dynamic and efficient running. Children will enjoy smooth and comfortable movement on any route.

Standard fit and laced closure

The Mizuno Enerzy Rider Jr children's running shoes in camelliarose/snowwhite/violiet have a standard fit design that provides optimal fitting to the foot. The laces allow for precise and individual adjustment, which is crucial for stability while running. This enables young runners to focus on achieving their sports goals without concern for comfort.

Durable outsole

The Mizuno Enerzy Rider Jr children's running shoes in camelliarose/snowwhite/violiet feature a rubber outsole that ensures excellent grip on asphalt. This characteristic increases safety and stability during running, minimising the risk of slipping. The lightweight design of the shoes makes them weigh only 180 g, further enhancing the comfort of running.

Mizuno Enerzy Rider Jr children's running shoes - features:

• Cushioning thanks to MIZUNO ENERZY technology;
• Synthetic upper material providing durability and breathability;
• Neutral product type ideal for various runners;
• Laced closure allowing precise adjustment;
• Standard fit design ensuring optimal fit;
• Rubber outsole providing excellent grip;
• Weight of 180 g ensuring lightness and comfort;
• Designed for running on asphalt surfaces.