Asics Men's Noosa Tri 13

Description

The NOOSA TRI 13 shoes are built for triathletes, but they're not the only ones who can appreciate this model. Now even lighter in weight, this triathlon shoe is functional for a variety of running workouts, including tempo runs, long training runs, and racing. The NOOSA TRI 13 shoe's GUIDESOLE technology is built around a philosophy that aims to lessen the overall load placed on lower limbs by implementing a curved sole design. Following a more sustainable design approach, this shoe also uses fewer resources to color the sockliner. These elements help increase running efficiency by reducing the movement of the ankle. With the addition of GUIDESOLE technology, this shoe just got lighter in weight and is now designed for a wide range of runners. Additionally, the AHARPLUS outsole is designed to improve durability and extend the life of the shoe. The NOOSA TRI 13 shoe has FLYTEFOAM technology in the midsole, which gives the runner a lightweight feel and more cushioning for longer runs. The NOOSA TRI 13 shoes are built for triathletes, but they're not the only ones who can appreciate this model. With the addition of GUIDESOLE technology, this shoe just got lighter in weight and is now designed for a wide range of runners. This technology is proven to help runners feel fresher longer, creating a smoother and more comfortable ride.

Key Features

• Following a more sustainable design approach, this shoe also uses fewer resources to color the sockliner.
• Additionally, the AHARPLUS outsole is designed to improve durability and extend the life of the shoe.
• These elements help increase running efficiency by reducing the movement of the ankle.
• With the addition of GUIDESOLE technology, this shoe just got lighter in weight and is now designed for a wide range of runners.
• The NOOSA TRI 13 shoes are built for triathletes, but they're not the only ones who can appreciate this model.
• The NOOSA TRI 13 shoe's GUIDESOLE technology is built around a philosophy that aims to lessen the overall load placed on lower limbs by implementing a curved sole design.