Neutral / cushion / high arch
Shoes for runners who do not need any additional arch support (Around 50% of runners). Best for people with normal, high or medium high arches. See the best neutral shoes.
Stability / overpronation / normal arch
Shoes for runners who need mild to moderate arch support (Around 45% of runners). Best for runners with a low arch. See the best stability shoes.
Motion control / severe overpronation / flat feet
Shoes for runners who needs a lot of arch support. Best for runners with flat feet. See the best motion control shoes.
Good to know
Heel to toe dropMen: 5mmWomen: 5mm
The height difference from the heel to the forefoot, also known as heel drop, toe spring, heel to toe spring or simply drop.
There are many opinions about what a good heel drop is. We do not recommend any in particular. Lean more in this video.
WidthMen: normalWomen: normal
Updates to Reebok AT Super 3.0 Stealth
- The sandwich mesh upper is integrated into the Reebok AT Super 3.0 Stealth. It aims to provide breathability and durability.
- The 5.10 rubber outsole is used in the shoe to provide superior traction in all weather conditions.
- Featured in the midsole area is the CMEVA or Compression Molded Ethyl Vinyl Acetate. The purpose of this material is to provide a more comfortable cushioning and added stability.
Reebok AT Super 3.0 Stealth size and fit
The Reebok AT Super 3.0 Stealth is a trail running shoe that is strategically designed for runners who have neutral pronation. With a standard size and length, the shoe offers a snug fit to those runners with medium foot measurement. Standard medium D and B widths for men's and women's respectively are available.
Superb traction is encouraged by the 5.10 rubber compound. This material is essential in helping the foot to be stable across the various types of terrains. To stand the different weather conditions, this rubber is designed to be durable. It is mainly centered on helping the platform to be protected against loose and sharp debris.
For runners to enjoy rope climbing, the RopePro midfoot teeth are added as a feature of the Reebok AT Super 3.0 Stealth. Exceptional traction is offered to ensure that the user will be able to do rope climbing confidently.
The CMEVA midsole is integrated into the shoe. This material is essential in providing high levels of cushioning and stability to the underfoot.
Lying between the insole and midsole is the H2O drainage system. This system is essential in allowing the platform to quickly dry and drain water away from the shoe's sidewalls. Because of this added feature, the foot is kept as comfortable and fresh as possible, especially on wet adventure days.
Integrated into the Reebok AT Super 3.0 Stealth is the sandwich mesh upper. This material was explicitly chosen by Reebok to provide added breathability and durability. While protecting the foot against the invasive nature of the trails, the foot is kept fresh and dry during the running activity. As a result, a more refreshing foot environment is experienced by the user.
A more secure fit is encouraged by the synthetic overlays. These overlays wrap the foot to keep it in place. Additional support and protection are also offered to suit the specific needs of the runner.
Freedom of motion at the ankle area is offered by the low-cut design of the shoe. As a result, quicker transitions are promoted.
Across the front area of the shoe lies the protective cap. This component of the Reebok AT Super 3.0 Stealth protects the runner's toes from possible injury and pain. This injury often occurs if the foot is knocked against large rock and stones that can be found along the trail.
The plastic eyelets are reinforced in the shoe's lacing system. The goal of which is to lessen the risk for the laces to rip easily. The possibility of the laces to snag on loose branches and debris are also reduced and prevented.
Inside the tongue unit and heel cuff area, the plush padding has been placed. This material allows the key areas to comfortably sit against the foot. As a result, the risk of chafe and discomfort are reduced.