Gender | Men , Women |
Weight | 250 gr |
Drop | 5 mm |
Year | 2021 |
The Asics Gel Cumulus 22 Goretex stand out for their lightness and versatility. Designed to complete different training profiles, they incorporate some of the most outstanding technologies from Asics. A versatile model that guarantees permanent comfort, cushioning and fit to successfully complete the different asphalt runs. Enjoy a more flexible stride and dare to get the most out of every run with the new Gel Cumulus 22 Goretex.
All the ingredients included in the Asics Gel Cumulus 22 Goretex present us with a Running shoes that stands out for its optimal responsiveness that allows you to cover the distances of your workouts in the most efficient and safe way possible. Hence its high level of softer and more durable cushioning, but also those specific features of fit, support and breathability, trademarks of the house, and that come together in these Gel Cumulus 22 Goretex from Asics to enjoy lighter and more dynamic transitions, but without leaving aside that characteristic firmness that favors running with more security and confidence.
You can tell that the Gel Cumulus 22 Goretex Running shoes are Asics ' trademark because their midsole is designed to provide the runner with enough cushioning to execute smoother transitions, providing a lighter and more responsive feel for more efficient workouts. Thus, the midsole of these Asics Gel Cumulus 22 Goretex are designed for the best results.
The upper of these Gel Cumulus 22 Goretex from Asics has been manufactured through a technical mesh that is highly breathable but, at the same time, guarantees a permanent fit and support while running. The result ensures a high degree of comfort with every step and unrestricted freedom of movement.
The outsole of the Asics Gel Cumulus 22 Goretex ensures optimal traction and grip for successful completion of various asphalt runs. A durable rubber compound that, coupled with the multi-directional tread pattern, offers increased wear resistance and extends the lifespan of the model.