Description
The ASICS Kid’s Novablast 5 GS is a high-performance running shoe designed to deliver lightweight cushioning, responsive energy return, and all-day comfort for active kids. Perfect for everything from school activities to sports practice, this sneaker combines modern technology with a sleek design to support growing feet.
At the core of the Novablast 5 GS is the FF BLAST™ cushioning—an innovative foam midsole that provides soft landings and explosive toe-offs. This responsive technology helps kids move effortlessly, absorbing impact while propelling them forward, making it ideal for running, jumping, and playing.
The breathable mesh upper enhances airflow, keeping feet cool and dry during high-energy activities. Reinforced synthetic overlays add durability, protecting against wear and tear in high-impact areas. The padded collar and tongue offer extra comfort, ensuring a snug yet flexible fit without causing irritation.
For superior traction, the AHAR® rubber outsole is strategically designed to provide grip and stability on a variety of surfaces. Whether on the playground, track, or pavement, kids can move confidently with every step. The shoe’s rocker-inspired geometry adds a smooth, rolling feel, promoting a more natural stride.
With a secure lace-up closure, the Novablast 5 GS offers a customizable fit, keeping feet supported and stable throughout the day. The lightweight construction reduces foot fatigue, making it the perfect sneaker for all-day wear.
Blending bold style and innovative comfort, the ASICS Kid’s Novablast 5 GS is a go-to choice for kids who want both speed and style. Parents will love the combination of durability, cushioning, and support, while kids will enjoy the shoe’s responsive feel and modern look.
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Mesh upper
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Kids-specific last
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Added durability
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Trampoline outsole design
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EVA technology
Helps provide responsive cushioning
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At least 50% of the shoe’s main upper material is made with recycled content to reduce waste and carbon emissions
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The sockliner is produced with the solution dyeing process that reduces water usage by approximately 33% and carbon emissions by approximately 45% compared to the conventional dyeing technology
