Discount: 10.05%
€89.95
PVP.€100.00
K-Swiss K-Frame Speed Sneakers RUBLO Green Whipped Land
Reference:09485-306M-41_5
€159.95
€179.99
Save 11.13%
The K-Swiss K-Frame Speed Speed Green Breed Earth are designed to maximize performance on whipped land tracks. With advanced technology such as Hyper Foam and Duraprint, they offer stability, comfort and durability. Ideal for aggressive players who seek speed and power in each movement.
Read moreShow less In stock
SIZE: 41,5
SURFACES:
Clay-Court / Padel
Gender:
Men
Free shipping to mainland*
Cards, PayPal
Free advice
Description
K-Swiss K-Frame Speed Rouble Sneakers: Maximum performance on whipped land
The K-Swiss K-Frame Speed Ruble Sneakers In green color they are designed to offer exceptional performance on whipped land tracks. These sneakers are the result of a collaboration with the professional tennis player Andrey Rublev and are designed for players who seek to dominate the game quickly and power.
With a focus on the Comfort, stability and dynamism, These sneakers provide exceptional side support, allowing fast and safe movements in each blow. The K-Frame structure, manufactured in TPU, ensures unparalleled lateral stability, essential for rapid direction changes and open supports.
Technology Hyper Foam In the intermediate sole it offers a perfect balance between cushioning and energy return, ensuring that each step is efficient and explosive. In addition, the material Duraprint From the top it is lightweight and breathable, guaranteeing durability and freshness during the most intense parties.
These slippers are designed for players looking for a Aggressive game style, allowing them to attack with confidence and precision. With a weight of 390 g, they offer a solid platform to maximize the power in each blow.
The combination of advanced technologies and performance-oriented design make the K-Swiss K-Frame Speed Ruble an ideal choice for those who wish to take their play to the next level on whipped land tracks. Experience the trust and control you need to dominate each point.
