Lateral view of the Women's Nova Blast 3 by ASIC in the color Cream/Fawn
Back angled view of the Women's Nova Blast 3 by ASIC in the color Cream/Fawn
Back view of the Women's Nova Blast 3 by ASIC in the color Cream/Fawn
Front angled view of the Women's Nova Blast 3 by ASIC in the color Cream/Fawn
Bottom view of the Women's Nova Blast 3 by ASIC in the color Cream/Fawn

ASICS

Women's Nova Blast 3

Sale price$140.00
Sold out
Pickup currently unavailable at Brentwood

Women's Nova Blast 3

5.5 / Cream/Fawn

Brentwood

Pickup currently unavailable

11620 San Vicente Boulevard
Los Angeles CA 90049
United States

+13102070216

The NOVABLAST™ 3 running shoe is now bouncier and lighter than ever.  It draws inspiration from a geometric origami feature for the upper and midsole. After making the shoe approx. 30g lighter than the previous version, ASICS also equipped this style with improved comfort. A tongue wing construction in the upper helps improve the fit while reducing tongue movement. This component is reinforced with a more supportive heel design to help guide the foot with more control through your gait cycle. Meanwhile, the midsole’s FF BLAST™ PLUS cushioning helps create a lighter and more responsive feel underfoot.

FEATURES:

  • Jacquard mesh upper
  • The heel stabilizer helps support the foot and create a more balanced stride
  • Gusseted tongue wing fit system. Improves the midfoot fit reduces tongue sliding.
  • FF BLAST™ PLUS cushioning provides lightweight impact absorption and a responsive rebound.
  • Trampoline-inspired outsole design provides a more responsive bounce back.
  • AHAR™ outsole improves durability.
  • Reflective details improves visibility in low-light settings

DETAILS:

  • Weight 7.8 oz
  • Drop 8 mm
  • Neutral / Max Cushioning

SUSTAINABILITY:

  • 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