-
Genere
Donna
-
Drop
10-12 mm
Technical specifications
Running Women's Running Shoes 17
Drop: 10 mm.
Weight: 255.1 g.Characteristics:
- Surface: road.
- Neutral support.
- 59 % recycled materials in the upper.
- This product has obtained the Carbonneutra certification.
- Soft and dynamic DNA DNA DNA LOFT V3: we have added even more cushioning with nitro-infusion on heel and output, so you can have softness at every step.
- perfected design: equipped with a new upper in Air Mesh, which offers breathability and structure, and a redesigned rear 9 neck.
- Fluid transitions: the improved midsole and the flexible grooves of the sole favor the transitions from the heel to the tip.
Running Women's Running Shoes 17
Impossible to upload the availability of withdrawal
The Running Women's Running Shoes 17 They have the perfect mix between balance and softness.
Perfect for those who run every day, the Running Brooks Ghost 17 Running shoes are made with DNA LOFT V3 cushioning higher than 1 mm than the previous model, to ensure again more softness.
The new upper air mesh allows the Ghost 17 at the same time they have an excellent breathability and one structure Perfect.
In Running Ghost 17 Running shoes the sole grooves have a revisited design To encourage even more fluidity of transitions From the heel to the tip.
Cod: A_228192_07047
Art: 120431B-070
EAN: 0195394626513
Vuoi provare o vedere il prodotto?
-
Genere
Donna
-
Drop
10-12 mm
Technical specifications
Running Women's Running Shoes 17
Drop: 10 mm.
Weight: 255.1 g.Characteristics:
- Surface: road.
- Neutral support.
- 59 % recycled materials in the upper.
- This product has obtained the Carbonneutra certification.
- Soft and dynamic DNA DNA DNA LOFT V3: we have added even more cushioning with nitro-infusion on heel and output, so you can have softness at every step.
- perfected design: equipped with a new upper in Air Mesh, which offers breathability and structure, and a redesigned rear 9 neck.
- Fluid transitions: the improved midsole and the flexible grooves of the sole favor the transitions from the heel to the tip.






