Superblast 2
Check In-store Availability
Check In-store Availability
Highlights
Highlights
Comfortable stretchy woven upper
Energized FF TURBO™ PLUS Cushioning
Soft grip rubber on outsole
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
Move from feeling standard to super in the SUPERBLAST™ 2 running 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. With softer and more responsive cushioning, the SUPERBLAST™ 2 helps to reduce the load on the legs, especially during longer distance runs.
This shoe's upper construction features an asymmetric mesh design. It features different colors on the medial and lateral angles of the shoe for visual interest.
1013A142-500
- FF TURBO™ PLUS, ASICS lightest and most responsive midsole yet, provides a softer, more energetic ride
- Trampoline-inspired outsole design- Provides a more responsive bounce back
- Gusseted tongue wing fit system- Improves the midfoot fit and reduces tongue sliding
- FF BLAST™ PLUS ECO cushioning, forming the base layer of the 2-piece midsole adds more bounce with a lower carbon footprint
- ASICSGRIP™ outsole provides a softer feel for better traction during runs
- Weight: 8.8 oz / 250 g
- Heel to toe drop: 8mm
- Stack heights: 45mm heel / 37mm forefoot
- Support: Neutral
A lighter footprint for a brighter tomorrow: The SUPERBLAST™ 2 carbon footprint is 14% lower than the industry average, based on the the most comprehensive reporting available conducted by MIT