Training bra Nike Indy High Support white/stone mauve/black (FD1068-101)

Nike Indy High Support Training Bra white/stone mauve/black has been designed for women seeking maximum support during intense workouts. Made from a blend of polyester and elastane, it offers exceptional breathability and flexibility. With the use of 50% recycled materials, it represents a conscious choice for those who care about the environment.

Dri-FIT Technology

The Nike Indy High Support Training Bra white/stone mauve/black features advanced Dri-FIT technology. This technology effectively wicks moisture away from the skin's surface, providing a feeling of dryness even during the most intense exercises. Thanks to its quick-drying properties, the bra performs excellently in various training conditions, guaranteeing user comfort.

Adjustment and Support

The Nike Indy High Support Training Bra white/stone mauve/black has been designed with maximum comfort and support in mind. With adjustable features, it perfectly adapts to the individual needs of each user. The high support it offers makes the bra ideal for dynamic physical activities, providing optimal breast support.

Eco-Friendly Solutions

The use of recycled materials in the production of the Nike Indy High Support Training Bra white/stone mauve/black is a testament to environmental care. Utilizing recycled materials not only reduces the impact on the natural environment but also highlights Nike's commitment to sustainability. For those who care about the planet, this is an excellent choice that combines high quality with ecological responsibility.

Nike Indy High Support Training Bra - Features:

• Made from polyester and elastane for flexibility and breathability;
• Dri-FIT technology ensures effective moisture wicking;
• Quick-drying fabric guarantees user comfort;
• High support, ideal for intense workouts;
• Adjustable features for a tailored fit;
• Provide extra support;
• Smooth design for a minimalist look;
• Eco-friendly approach with the use of recycled materials;
• 50% recycled materials reducing environmental impact.