• Discontinued
  • Use


    Shoes with optimum cushioning, lateral support, and flexibility for daily workouts and studio sessions. See workout shoes


    Versatile, low-profile shoes for constantly varied exercises including plyometrics, sprinting, weightlifting, and rope climbing. See CrossFit shoes


    Heavy-duty shoes with a wedge and an elevated heel that create a sturdy platform and promote ankle mobility. See weightlifting shoes


    Shoes for daily wear that ensure a smooth walking gait cycle. Check out walking shoes

  • Arch support


    For people with normal pronation. Also provide support for high-arched feet with underpronation (excessive outward rolling of the foot). See neutral training shoes


    For people with low-arched or flat feet and moderate overpronation (excessive inward rolling of the foot). See stability training shoes

    Motion control

    Shoes feature stabilizing technologies for people with severe overpronation. See motion control training shoes

    Good to know

    Stability and motion control add-ons are uncommon for workout shoes and are never present in CrossFit or weightlifting footwear. They are mostly found in walking shoes where the gait is easier to correct.

  • Price
  • Width
    Men: Normal
    Women: Normal
  • Release date
Show more facts


  • The Reebok Impact TR is designed as a cross-training shoe for women. The aesthetics of the trainer are clean and simple which appeals to consumers who do not want busy or loud designs on their footwear. As a training shoe, it offers features that support the foot. It sports a boot-like construction with a lacing system that is secured by three elastic bands. Combined, these components are meant to deliver a secure fit.
  • The midsole is made of the anatomically molded ethylene-vinyl acetate (EVA) foam. This material is durable, flexible and has shock-absorbing properties to keep the foot protected.
  • At the bottom of the shoe is a carbon rubber outsole. This compound is designed to be hard-wearing and help the shoe last for a long time.

The Reebok Impact TR is designed specifically for women’s feet and generally runs true to size. It accommodates feet with a B – Medium width profile. The stretchy upper material allows for toe splaying, but the elastic straps deliver a snug fit and should be considered when getting a pair. It is recommended that buyers try the shoe in person to obtain an agreeable fit.

The bottom of the Reebok Impact TR employs carbon rubber. This material is similar to the rubber used in car tires, which is durable, flexible, and does not readily slip on wet surfaces. It also absorbs impact to prevent injuries or discomfort.

It features a combination of small lugs, horizontal and vertical lines, and textured tread patterns to deliver different levels of grip on specific areas of the outsole. The lugs are in the perimeter, allowing for better grip during push-offs. It also has flex grooves that promote natural foot flexion.

The EVA foam makes up the midsole of the Impact TR. This material is lightweight and soft enough to cushion foot landings, but it does not get overly compressed that it becomes unsteady.

The midsole is anatomically molded to accommodate the natural curves of the foot. This type of construction reduces discomfort, especially when exercising for extended periods of time.

The upper of the Reebok Impact TR is made from a stretchable material with a seamless internal construction. It ensures that there are no structures that can cause discomfort to the foot. It has a two-way stretch design that allows for a quick put-on and take-off action. The low-cut construction also gives the ankle the freedom to move.

The trainer employs a lacing system that allows users to customize the fit of the upper. It is reinforced by three elastic gore traps that prevent the laces from getting untied. The straps also lock the foot down by delivering a snug fit to the midfoot area.

The visible U-shaped heel counter cups the back of the foot. This structure keeps the heel stable, preventing slippage during explosive movements.