Crafted to conquer your next long-distance challenges, the Asics Metaspeed Sky Paris women's shoe elevates your running sessions. Optimized for even greater lightness and bounce, this new version can keep up with a high pace during your road competitions.
Asics Metaspeed Sky Paris, for which type of athlete, what use, what distance, and what surface?
Demanding, this elite shoe is aimed at experienced runners and athletes looking to beat their personal records on race days. The design of this Sky version is perfect for runners with a long stride, extending it even further to gain speed.
It is intended for your running competitions on the road from 5 kilometers up to the marathon. You will exploit its potential to the fullest over long distances.
Metaspeed Sky Paris, how to use it?
+ Designed for speed, this carbon-plated shoe helps you give your best until the finish line. It is recommended for marathoners seeking performance with a good running technique. Its updates make it Asics's most advanced pair in terms of dynamism.
The difference from the Edge version lies in the position of the plate; in this one, it is less curved and higher in the midsole.
- Made for competition, it is not suitable for your daily training. If you are looking for a durable model for the preparation of your next race, we recommend the Asics Nimbus 26.
Why choose Asics Metaspeed Sky Paris?
The most innovative and iconic pair of the brand, it has many advantages:
Asics Metaspeed Sky Paris, what's new?
This third version of Metaspeed presents several improvements over the previous model, the Asics Metaspeed Sky+:
Features of the new Metaspeed Sky running shoe
Placed on the outer sole, strategically positioned studs provide grip and traction on all surfaces.
A carbon plate that provides stability as well as better rebound with each stride for increased dynamism.
This superior lightweight and breathable material helps keep the foot securely on the shoe's platform. The upper is designed to enhance breathability and comfort.
A new lighter foam for softer and cushioned landings, as well as even better energy return. The cushioning improves compression and provides greater energy loss reduction.