Men's Reebok Energen Lux vector red/white/black running shoes (100209910)

Men’s running shoes Reebok Energen Lux vector red/white/black have been designed with training runs on asphalt in mind, offering runners a neutral support profile. Thanks to the advanced upper construction made of fabric and textile material, this model provides optimal breathability even during intense running sessions.

Cushioning and grip during training

The rubber outsole guarantees high grip on asphalt surfaces, contributing to the stability of every step while running. The cushioning in the Reebok Energen Lux is supported by an advanced sole design that effectively absorbs shocks and facilitates dynamic foot roll. The lightweight construction of the shoe allows for an efficient running pace without unnecessary foot fatigue.

Upper construction and fit

The upper made of breathable fabric and textile material ensures not only ventilation but also comfort even over longer distances. The classic lacing system allows for individual adjustment to the shape of the foot, which translates into confidence in movement and stability. The standard width of the upper means the shoes fit well on most feet, offering comfort throughout the training.

Functionality for neutral runners

The Reebok Energen Lux model has been designed as a neutral shoe, dedicated to those with a standard foot roll. The textile insole enhances comfort and supports a feeling of lightness throughout the activity. Breathable materials and structural support make these shoes a functional choice for daily training sessions on hard surfaces.

Men’s running shoes Reebok Energen Lux vector red/white/black – features:

• Upper construction made of breathable fabric and textile material;
• Rubber outsole providing grip on asphalt;
• Neutral profile dedicated to training running;
• Classic lacing system for individual adjustment;
• Standard upper width for foot comfort;
• Breathable materials improving ventilation during activity;
• Designed for daily running on hard surfaces;
• Shoe structure support ensuring movement stability.