Are Your Breast Implants Safe for Scuba?

The ocean awaits with its vibrant coral reefs and colorful marine life, drawing countless women to the world beneath the waves. For some, however, a question lingers in their minds: Is it safe to dive with breast implants?

This question has now been addressed in a recent study titled “A deep dive into safety of breast implants and recreational diving: A systematic review”, published in JPRAS Open in December 2025. Conducted by Elisa Maria Ragaini, Valeriano Vinci, Francesco Klinger, and their colleagues, the research explores how breast implants respond to the conditions of recreational diving, including changes in pressure, temperature, and physical activity underwater.

The study involved a comprehensive review of over four decades of literature, including clinical case reports and patient experiences. “Our goal was to provide evidence-based guidance for women who enjoy diving, allowing them to pursue their passion without compromising the safety of their implants,” Ragaini from Università degli Studi Di Milano explained.

Breast Implant Remain Stable

The findings indicate that within standard recreational diving depths, breast implants generally remain stable. No significant ruptures or drastic volume changes were observed. However, cohesive-gel implants showed some morphological changes under repeated pressure exposure, whereas saline implants tended to be more resilient. These insights are especially valuable for women who dive regularly, emphasizing the importance of long-term monitoring.

“Diving frequency and implant type are critical. Clinical decisions must be personalized for each individual,” Ragaini added. The researchers recommend that plastic surgeons provide thorough education and ensure patients undergo regular imaging, such as MRI or ultrasound, to monitor implant integrity.

Still Need Clear Guidance

Beyond the data, the study offers a new perspective for the global community of female divers. Many share personal experiences ranging from concerns about implant deformation to practical tips for regulating dive duration and depth to remain safe. For the diving community, the research provides a scientific foundation to support the safety of women with breast implants, while reinforcing the need for clear guidelines and education before engaging in extreme activities.

Although risks are minimal, Ragaini and colleagues stress that every diver should be aware of the potential mechanical stress implants undergo underwater. They also call for more long-term studies to evaluate the effects of repeated diving on modern implant materials.

This research is relevant not only for the medical community but also for women passionate about exploring the underwater world. With proper understanding of physical limits and diligent health monitoring, diving can be enjoyed safely. The study demonstrates how science and human experience can work together, helping women remain active and confident in their favorite recreational pursuits. (Wage Erlangga)