Children's running shoes Joma Tundra Jr blue (JTUNS2617V)

Joma Tundra Jr blue children's running shoes are an excellent choice for young runners looking for reliable trail footwear. Made from synthetic material, they offer excellent breathability, allowing for comfortable use during intensive training. The standard fit ensures optimal adjustment, and the hook-and-loop fastening makes it easy to put on and take off the shoes, which is incredibly practical for children.

Advanced VTS and Durability technologies

The Joma Tundra Jr blue children's running shoes are equipped with VTS and Durability technologies, which significantly enhance their functionality. The VTS system provides better ventilation inside the shoe, contributing to thermal comfort while running. Meanwhile, the Durability technology increases the outsole's resistance to abrasion, which is crucial for footwear designed for off-road running. As a result, the shoes are extremely durable and will perform well on various surfaces.

Protection and comfort with Joma PROTECTION

The Joma Tundra Jr blue stands out due to the use of Joma PROTECTION technology, which offers additional reinforcements at the toes. This solution provides protection against injuries, which is especially important when running on uneven terrain. The phylon foam in the midsole guarantees proper cushioning, contributing to greater comfort and safety while running. Additionally, a 7 mm drop supports the natural position of the foot, which is essential for the development of young runners.

Joma Tundra Jr children's running shoes - features:

• Synthetic material that ensures breathability;
• Standard fit that ensures optimal adjustment;
• Hook-and-loop fastening for easier use;
• VTS technology providing better ventilation inside the shoe;
• Durability technology increasing abrasion resistance;
• Joma PROTECTION technology offering toe protection;
• Phylon foam midsole guaranteeing cushioning;
• 7 mm drop supporting the natural position of the foot;
• Designed for training on off-road surfaces.