Stride-style runners take a longer stride as they begin to increase their speed, but their cadence remains mainly constant. Thanks to a high-energy midsole foam and a propulsive carbon plate, these shoes allow runners to conserve more energy while maintaining their pace in the later stages of the run.
Stride-style runners take a longer stride as they begin to increase their speed, but their cadence remains mainly constant. Thanks to a high-energy midsole foam and a propulsive carbon plate, these shoes allow runners to conserve more energy while maintaining their pace in the later stages of the run.
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Stride-style runners take a longer stride as they begin to increase their speed, but their cadence remains mainly constant. Thanks to a high-energy midsole foam and a propulsive carbon plate, these shoes allow runners to conserve more energy while maintaining their pace in the later stages of the run.
Stride-style runners take a longer stride as they begin to increase their speed, but their cadence remains mainly constant. Thanks to a high-energy midsole foam and a propulsive carbon plate, these shoes allow runners to conserve more energy while maintaining their pace in the later stages of the run.
Size
Last updated at 24/04/2025 03:49:55
| Exterior material | Mesh |
| Cushioning system | FLYTEFOAM BLAST TURBO |
| Pronation type | Neutral |
| Drop | 5 mm |
| Exterior material | Mesh |
| Cushioning system | FLYTEFOAM BLAST TURBO |
| Pronation type | Neutral |
| Drop | 5 mm |
