Who should buy the Nike Free Train Virtue
A men’s training shoe designed for cardio, agility, and gym workouts, the Nike Free Train Virtue is a solid choice if:
- You are doing plyometric training.
- You are into activities that require speed.
Enhanced outsole traction
The grooved Tri-Star outsole features triangular patterns, which allow the platform to move in accordance with the natural motion of the foot and give an explosive speed from the first acceleration.
Rubber units are placed in the heel and forefoot sections for enhanced traction and durability. The combination of these technologies provides both great responsiveness and solid support for the foot during speed movement and quick changes of direction.
The lightweight dual-density midsole combines hard and soft foam to offer a plush, yet dynamic cushioning. It ensures smooth transitions of the foot during runs and reinforces the shoe’s shock-absorbing properties.
If you are doing CrossFit and would like to keep the flexibility and natural feel of the Nike Free sole but need more stability for weightlifting, be sure to take a look at the Nike Free x Metcon as well.
The spacious forefoot section accommodates a natural toe splay, which is helpful when it comes to acquiring steadiness during weightlifting.
The engineered knit upper of the Nike Free Train Virtue is flexible and breathable.The main textile material is integrated with the dynamic stretch bands to heighten the snug coverage while still encouraging the natural movement of the foot.
Sturdy lacing system
Support is maximized by the Flywire nylon threads, which are attached to the lacing system to hold the foot firmly in place.
Pull-tab heel section
The cleatie-style construction of the upper utilizes a stretchable collar, which offers a supportive and glove-like fit. A pull-tab is placed in the heel section. It makes it easier for the wearer to wear and remove the shoe. The seamless textile interior design offers additional comfort to the foot of the wearer. It smoothness of the material prevents irritation.