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Asics Novablast 4 Women's -Faded Orange/Deep Red
  • Asics Novablast 4 Women's -Faded Orange/Deep Red
  • Asics Novablast 4 Women's -Faded Orange/Deep Red
  • Asics Novablast 4 Women's -Faded Orange/Deep Red
  • Asics Novablast 4 Women's -Faded Orange/Deep Red
  • Asics Novablast 4 Women's -Faded Orange/Deep Red
  • Asics Novablast 4 Women's -Faded Orange/Deep Red
  • Asics Novablast 4 Women's -Faded Orange/Deep Red
  • Asics Novablast 4 Women's -Faded Orange/Deep Red
  • Asics Novablast 4 Women's -Faded Orange/Deep Red
  • Asics Novablast 4 Women's -Faded Orange/Deep Red
  • Asics Novablast 4 Women's -Faded Orange/Deep Red
  • Asics Novablast 4 Women's -Faded Orange/Deep Red
Asics Novablast 4 Women's -Faded Orange/Deep Red

Asics Novablast 4 Women's -Faded Orange/Deep Red

R 2,349.00 ZAR R 2,949.00 ZAR
Size
Color


The NOVABLAST® 4 running shoe features a new midsole and outsole geometry that helps produce an energized ride.

A tongue wing construction in the upper helps improve the fit while reducing tongue movement. It's complemented with an engineered woven upper that offers more stretch, ventilation, and durability.

FF BLAST™ PLUS ECO cushioning is made with 20% recycled bio-based content. This material helps create softer landings and a more energized toe-off during your training.

Style #: 1012B510.800

  • Engineered woven upper
    Offers advanced stretch, ventilation, and durability
  • Tongue wing construction
    Added stretch helps improve the fit while reducing tongue movement
  • Gusseted tongue wing fit system improves the midfoot fit and reduces tongue sliding
  • FF BLAST™ PLUS ECO cushioning
    Made with approximately 20% bio-based content and helps provide cloud-like comfort
  • Trampoline-inspired outsole design
    Helps provide a more responsive bounce back
  • AHAR® outsole improves durability
  • At least 75% of the shoe’s main upper material is made with recycled materials to reduce waste and carbon emissions
  • 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

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