| Style | DV7402-100 |
| Colorway | White/Lagoon Pulse/Hot Punch/White |
| Release Date | 06/28/2023 |
| Style | DV7402-100 |
| Colorway | White/Lagoon Pulse/Hot Punch/White |
| Release Date | 06/28/2023 |
Offering maximum Air technology and cushioning with an elevated sole unit, the Nike Air Max lineage continues with the latest Scorpion iteration in navy and red colourway. Crafted with a Flyknit upper offering a snug fit, Swooshes adorn the medial and lateral sides of the shoe. Enhancing performance and comfort, this shoe has been tried and tested in the Nike Sports Research Lab and has utilised 3D VR design software and engineering tools, with morphology data and pressure maps.
Offering maximum Air technology and cushioning with an elevated sole unit, the Nike Air Max lineage continues with the latest Scorpion iteration in navy and red colourway. Crafted with a Flyknit upper offering a snug fit, Swooshes adorn the medial and lateral sides of the shoe. Enhancing performance and comfort, this shoe has been tried and tested in the Nike Sports Research Lab and has utilised 3D VR design software and engineering tools, with morphology data and pressure maps.
Offering maximum Air technology and cushioning with an elevated sole unit, the Nike Air Max lineage continues with the latest Scorpion iteration in navy and red colourway. Crafted with a Flyknit upper offering a snug fit, Swooshes adorn the medial and lateral sides of the shoe. Enhancing performance and comfort, this shoe has been tried and tested in the Nike Sports Research Lab and has utilised 3D VR design software and engineering tools, with morphology data and pressure maps.
Offering maximum Air technology and cushioning with an elevated sole unit, the Nike Air Max lineage continues with the latest Scorpion iteration in navy and red colourway. Crafted with a Flyknit upper offering a snug fit, Swooshes adorn the medial and lateral sides of the shoe. Enhancing performance and comfort, this shoe has been tried and tested in the Nike Sports Research Lab and has utilised 3D VR design software and engineering tools, with morphology data and pressure maps.
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