Women's Novablast 3 LE
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Highlights
Highlights
Nexkin mesh upper improves airflow
Gusseted tongue wing fit system:
Lightweight and responsive FF BLAST™ PLUS midsole








Returns and Exchanges Policy
We want you to be 100% satisfied with every purchase, every time. Take 30 days to get out there and get moving. If your purchase is not making moving better and easier, return or exchange it.
Exclusions:
- Consumed/opened nutrition.
- Items marked final Sale
Our easy Returns Center is set up to automate your return and provide a pre-paid label.
Details
Our focus for the NOVABLAST™ 3 LE running shoe was to make it lighter and more comfortable. The intention for this trim level approach was to make it look as good in the streets as it does on race day.
Influenced by technical performance, the upper's Nexkin mesh material evolves the design with improved ventilation to help your feet keep cool. 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.
1012B410-001- Nexkin mesh upper: Improves airflow to help your feet keep cool
- Heel stabilizer: Helps support the foot and create a more balanced stride
- Gusseted tongue wing fit system: Improves the midfoot fit and reduces tongue sliding
- FF BLAST™ PLUS technology: 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: Help improve visibility in low-light settings
- Weight: 7.6 oz / 213 g
- Heel drop: 8mm
- Neutral support
- Maximum cushion
- At least 20% of the shoe's main upper material is made with recycled content 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