Women's running shoes Brooks Ghost Max 3 skyway/coconut/sand (1204571B431.070)

Women's running shoes Brooks Ghost Max 3 skyway/coconut/sand are an excellent choice for training enthusiasts on asphalt. The breathable mesh upper provides outstanding ventilation, translating into comfort during intense runs. The textile insole supports the foot, and the neutral nature of the product makes these shoes ideal for individuals with a natural running stride.

DNA LOFT v3 Technology

The women's running shoes Brooks Ghost Max 3 skyway/coconut/sand are equipped with the innovative DNA LOFT v3 technology in the midsole. This technology offers exceptional cushioning that mitigates shocks during running. It also provides optimal foot support, which is crucial during long training sessions, minimising the risk of injury.

GlideRoll Rocker for smooth motion

The GlideRoll Rocker technology used in the women's running shoes Brooks Ghost Max 3 skyway/coconut/sand supports smooth movement. As a result, each step becomes more natural and efficient. The rubber outsole construction additionally guarantees excellent traction on asphalt surfaces, which is extremely important for safety while running.

Reinforced heel and eco-friendliness

The women's running shoes Brooks Ghost Max 3 skyway/coconut/sand feature a reinforced heel that provides heel stabilization and additional support. Furthermore, the Brooks brand has focused on sustainability, using recycled materials in the production of these shoes, making them more environmentally friendly. The standard upper cut ensures a comfortable fit for most users.

Features of women's running shoes Brooks Ghost Max 3:

• Breathable mesh providing excellent ventilation;
• Textile insole for comfortable foot support;
• Neutral product type ideal for a natural running stride;
• DNA LOFT v3 technology offering exceptional cushioning;
• GlideRoll Rocker supporting smooth motion;
• Rubber outsole ensuring excellent traction;
• Reinforced heel providing heel stabilization;
• Recycled materials used in production for environmental protection.