Winner of the ISPO Award 2024: The Anita active Sports Bra smart control

This bra combines fashionable design with well-thought-out technical details, making it a true all-rounder for a range of sporting activities. Whether you are doing yoga, Pilates or a workout, the smart control offers both support and flexibility and guarantees maximum comfort.

The innovative design of this sports bra is based on a combination of high-quality, high-tech fabrics and modern design solutions. The bra has preformed cups with concealed moldings that provide optimal support without the visibility of annoying seams or straps. The outer fabric of the bra is made of double-layer piqué knit, which provides comfortable support, while the inner side is made of soft hydrophilic terry cloth that absorbs moisture and keeps the skin dry. Particularly noteworthy is the mesh insert at the center front, which not only serves as an additional ventilation zone, but also accentuates the décolleté and gives the bra a modern, elegant look. 

Ergonomics plays a central role in this sports bra: the padded, ergonomically shaped straps have been specially designed to minimize pressure on the shoulders while ensuring an optimal fit. The back area is also particularly comfortable thanks to the clean-cut technology, which eliminates the need for annoying straps and features a smooth, seamless structure. These design features, together with the breathable and moisture-regulating materials, make the Anita active smart control an outstanding product for many sporting challenges. 

The bra has been specially developed to meet the needs of sporty women and is available in a wide range of cup sizes and underbust widths. The Anita active smart control will be available from September 2024. From spring 2025, the sports bra will be available in black as well as white. 

• piqué in two-layer knitting for high support on the outside
• soft hydrophilic terry on the inside 
• clean-cut technology for maximum comfort 
• mesh insert in the center front for additional ventilation