Women's Rip Curl Bondi Bloom mango flip flops (16HWOT)

Rip Curl women's flip-flops Bondi Bloom mango are designed for maximum comfort during summer activities by the water. The model utilises carefully selected materials and technologies that ensure high functionality at the beach and for everyday use.

Non-slip properties of the sole

The Rip Curl Bondi Bloom features non-slip technology in its construction, significantly enhancing safety when walking on wet and slippery surfaces. This solution is particularly important during beach outings or walks near water. Thanks to this technology, the model maintains stability even in demanding terrain conditions.

Advanced materials of the sole and upper

The midsole and outsole are made of EVA foam and Bloom™ material, providing excellent cushioning and flexibility. The upper is constructed from durable rubber, ensuring resistance to mechanical damage and a comfortable fit. The use of these materials ensures that the flip-flops maintain optimal rebound throughout the day of wear.

Beach-optimised construction

The Rip Curl Bondi Bloom model is designed with the needs of active users spending time by the water in mind. The lightweight construction facilitates free movement on the sand, while the ergonomic shape of the sole further supports the natural movement of the foot. These flip-flops offer functionality and comfort during every summer trip to the beach.

Rip Curl women's flip-flops Bondi Bloom mango - features:

• Midsole made of EVA foam and Bloom™ material providing soft cushioning;
• Outsole made of EVA foam and BLOOM™ material ensuring walking flexibility;
• Upper created from durable, abrasion-resistant rubber;
• Non-slip technology increasing grip on wet surfaces;
• Lightweight design facilitating free movement on the beach;
• Ergonomic shape of the sole supporting the natural movement of the foot;
• Designed for everyday activities and beach outings in the summer season;
• Bloom™ material as a modern environmental component;
• Comfortable fit thanks to the flexibility of the materials used;
• High resistance to mechanical damage during use.