Gender | Women |
Weight | 250 gr |
Drop | 5 mm |
Year | 2021 |
Optimized for your daily workouts, the Saucony Excursion TR14 Goretex is a compendium of Saucony's best-in-class materials and technologies. A silhouette designed to achieve maximum performance in your daily runs on asphalt with permanent cushioning, stability and comfort! Enjoy a superior running experience and dare to make a difference in every workout with the Saucony Excursion TR14 Goretex Running shoes.
Looking at the breakdown of the Saucony Excursion TR14 Goretex we can see that in our hands we have a high performance Running shoes for each of your training sessions on the asphalt, and with which you will accumulate kilometers without any problems. Thus, the main arguments in favor of these Excursion TR14 Goretex from Saucony are found in that soft and comfortable cushioning, which is also reinforced by that lightweight and adaptable construction to move at different paces.
To ensure a comfortable, smooth and more versatile stride, Saucony has spared no resources to implement its most outstanding compounds in the midsole of these Model, in full-length format, which ensures an effective and comfortable stride from the rear to the front of this shoe. A section that results in achieving runs with an optimized level of comfort.
The upper of these Saucony Excursion TR14 Goretex has been made through a fabric that favors greater breathability. An upper optimized to improve fit and support during the most demanding runs without sacrificing permanent freedom of movement. It is a fabric that also provides the protection you need to achieve maximum running performance.
The protection in a running shoe is also given by the formation of its outsole. An important detail because it is the one that maintains direct contact in the impacts against the ground, so it is not surprising that these Saucony Excursion TR14 Goretex include a solid and resistant rubber rubber to combat wear, especially in strategic points such as the heel area. Something that also has a direct impact on more effective traction and grip, contributing to greater freedom of movement.