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Asics Novablast 5 ATC Shoes: Reactive speed with an 80s style
Designed for those seeking a dynamic stride, the Asics Novablast 5 ATC combine cutting-edge technology with a retro aesthetic inspired by 80s athletics. Ideal for intense road training, their FF BLAST+ MAX midsole ensures softness and propulsion in every step.
- Surface: Road
- Shoe type: Neutral
- Use: Training
- Weight: 270 g
- Drop: 8 mm
- Cushioning: FF BLAST+ MAX
Retro energy with a modern soul
The Asics Novablast 5 ATC are designed for runners seeking a winning combination of reactivity, comfort, and style. Thanks to their high-rebound cushioning and technical upper, these shoes shine in road training, offering an agile stride without losing stability.
A midsole that boosts your pace
The FF BLAST+ MAX technology in the midsole provides a cushioned feel without sacrificing responsiveness. This advanced foam enhances landings and boosts forward propulsion, creating an energetic experience ideal for runners who train frequently.
Design that multiplies reactivity
The outsole incorporates a trampoline design capsule that favors energy return. Each stride feels more lively, making the most of each phase of the running cycle, making this model an excellent option for medium and high paces on the road.
Comfort that wraps the foot
Its upper part is made with elastic technical knit fabric, providing breathability, fit, and freedom of movement. The redesigned tongue system reduces slipping and improves midfoot support, wrapping the foot with a secure feel.
Smart durability and grip
The AHAR LO outsole uses strategically placed low-density rubber to offer traction in key areas without adding unnecessary weight. This allows for excellent ground contact without compromising durability.
Committed to the planet
75% of the main upper material has been made with recycled materials. Additionally, the insole uses a solution-dyeing process that reduces water consumption by 33% and carbon emissions by 45% compared to traditional methods. A technical and sustainable choice.