Description
The ASICS Kid’s Contend 9 GS is the perfect sneaker for active grade-schoolers who need a combination of comfort, durability, and support for their daily adventures. Whether they’re running around the playground, heading to school, or participating in sports, this shoe is designed to keep up with their energy.
Featuring a breathable mesh upper, the Contend 9 GS ensures proper airflow to keep feet cool and comfortable throughout the day. The addition of synthetic overlays reinforces high-wear areas, increasing durability while maintaining a lightweight feel. The secure lace-up closure provides a snug fit, offering stability and support for all activities.
The Amplifoam™ midsole delivers lightweight, responsive cushioning, helping absorb impact and reduce strain on growing feet. Paired with an Ortholite® sockliner, this sneaker enhances comfort with extra cushioning and moisture management, keeping feet dry and fresh. The solid rubber outsole is built for long-lasting wear and excellent traction, providing kids with the grip they need on various surfaces, from school hallways to outdoor play areas.
Designed for all-day wear, the Contend 9 GS also features a flexible sole construction that supports natural foot movement while ensuring stability. Whether they’re walking, running, or jumping, this shoe promotes proper foot development while preventing discomfort.
For parents looking for a durable, well-cushioned, and stylish shoe for their child, the ASICS Kid’s Contend 9 GS is an excellent choice. With a design focused on breathability, support, and long-lasting comfort, this sneaker is ready to handle everything from recess to after-school activities with ease.
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The toe reinforcement, toe rubber stitching, and solid rubber outsole improve durability
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At least 20% 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
