The ASICS Dynablast 5 Women’s Shoes combine innovative technology with superior comfort, offering an optimal solution for runners and active individuals. Featuring a jacquard mesh upper for enhanced breathability and fit, the shoe ensures a lightweight and supportive experience. The mesh tongue improves ventilation while ensuring secure foot placement during intense activities. At the heart of the shoe is the new FF BLAST MAX cushioning, a lightweight and responsive midsole technology that delivers excellent shock absorption and energy return, making every stride comfortable. The AHAR LO outsole enhances durability and grip, providing confidence on various surfaces. With an 8mm heel drop, this model provides a natural and smooth transition. Additional comfort is ensured with the OrthoLite X-30 sockliner, which molds to the foot for a customised feel. Reflective details enhance visibility in low-light conditions, ensuring safety during evening or early-morning runs. Designed with a sustainable approach, the shoe incorporates eco-conscious upper and sockliner materials while offering key performance benefits.

What’s new?

• FF BLAST MAX cushioning: Softer and bouncier midsole for a more responsive, energised ride.
• Jacquard mesh upper: For lightweight breathability, slightly wider fit, and sustainability - made with 75% recycled materials, reduces waste and carbon emissions.

The Dynablast 5 also features:

• Light weight: Only 225g per shoe, for improved speed, performance, and efficiency.
• Mesh tongue: For additional ventilation and foot security.
• OrthoLite X-30 sockliner: For underfoot comfort and sustainability - crafted using a solution dyeing process that reduces water usage by approximately 33% and carbon emissions by approximately 45% compared to the conventional dyeing technology.
• AHAR LO outsole: For advanced durability and superior grip, and with the trampoline-inspired design, enhanced softness and increased bounce.
• 8mm heel drop: For a natural and smooth transition.
• Reflective details: For increased visibility in low-light settings.