Samsung Galaxy Buds Leak Reveals Ear-Hook Workout Design

Samsung's rumored Galaxy Buds with an ear-hook design have emerged in leaked images, aimed at providing a more secure fit during workouts. The design, labeled "Buds Canal 5" with model number SM-U600, features hooks that wrap around the outside of the ear, according to Android Central. While the earbuds and charging case have been identified, details such as the name, audio system, price, and launch date remain unconfirmed.

The wraparound form could offer a more stable fit during activities like running, cycling, or gym sessions, while still allowing for a relatively open ear canal. Samsung has not officially announced the product or confirmed its intended use, but the images suggest the device has progressed beyond a single concept image. Reports have conflicting information on the audio technology, with early coverage mentioning bone conduction and later reporting describing an air-conduction system.

Samsung has not confirmed either description. The ear hooks provide additional support during repeated movement, but an open design can also lead to weaker passive isolation, reduced bass in noisy settings, and more sound leakage compared to sealed earbuds. Factors like wind noise, pressure behind the ear, and comfort while wearing glasses should also be considered for extended use.

The leaked Galaxy Buds design would complement Samsung's existing wearable health tools, such as the Galaxy Watch9 and Watch Ultra2, which offer workout, recovery, and health features. However, no official integration between the Galaxy Buds and these devices has been confirmed. Open hooks may appeal to outdoor exercise enthusiasts who prefer not to use silicone tips, while sealed earbuds remain more suitable for settings where isolation is prioritized.

Organizations considering Samsung mobile hardware may find the open-ear option useful for field employees who need audio prompts while staying aware of their surroundings. As with any unconfirmed product, further evidence is needed to determine whether the renders depict a single evolving SM-U600 design or two distinct products.