Move from feeling standard to super in the SUPERBLAST™ 2 shoe. It’s designed to help provide the most responsive, energized feel compared to other shoes in the ASICS cushioning range.
The midsole features a combination of FF BLAST™ PLUS ECO and FF TURBO™ PLUS cushioning. Also used in our METASPEED™ racing models, this foam helps creates one of the lightest and bounciest running experiences.
This shoe’s upper construction features an asymmetric mesh design. It features different colours on the medial and lateral angles of the shoe for visual interest.
- Engineered mesh upper material – Improves airflow to help your feet keep cool
- Gusseted tongue wing fit system – Improves the midfoot fit and reduces tongue sliding
- FF TURBO™ PLUS technology – Cushioning improves compression and creates a responsive feel underfoot
- FF BLAST™ PLUS ECO technology – Cushioning provides lightweight impact absorption and a responsive rebound
- Trampoline-inspired outsole design – Provides a more responsive bounce back
- AHARPLUS™ heel plug rubber – Improves the outsole durability
- 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
- Reflective details – Designed to improve visibility in low-light settings
Designed For Neutral/Underpronation
Neutral
Foot Type: Normal-size arches.
Push-Off: You experience even distribution from the front of the foot.
Considered Injuries: Getting hurt is less likely due to effective shock absorption, but not impossible.
How Your Foot Contacts the Ground: Your foot lands on the outside of the heel and then rolls inward, absorbing impact on the body.
Underpronation
Foot Type: High arches.
Push-Off: The pressure is on smaller toes on outside of foot.
Considered Injuries: Plantar fasciitis, shin splints, ankle strain.
How Your Foot Contacts the Ground: The outer side of the heel hits the ground at an increased angle with little or no normal pronation, causing a large transmission of shock through the lower leg.
