Samsung is reportedly developing a new version of its Galaxy Buds featuring built-in ear hooks to improve stability during physical activity [1].

This development addresses a long-standing complaint among athletes and fitness enthusiasts who find standard earbuds prone to slipping. By integrating a physical hook, Samsung aims to compete directly with specialized fitness audio brands like Shokz [2].

Reports indicate that the company is focusing on a design that ensures the buds remain secure during high-intensity movements, such as running [1]. While the exact release date has not been officially confirmed by the company, recent leaks suggest that the product may be arriving soon [1].

The move signals a shift toward a more targeted hardware strategy. Rather than relying solely on the fit of silicone tips, the inclusion of ear hooks provides a mechanical lock that prevents the device from dislodging during sudden movements [2].

Samsung has previously iterated on its audio line to refine aesthetics and sound quality. However, this specific focus on stability suggests a push to capture a larger share of the active-lifestyle market [1]. The company has not yet released official specifications regarding battery life or water resistance for this specific model [1].

Industry analysts said that many consumers currently operate in a multi-ecosystem environment, mixing devices from various brands to find the best tool for specific tasks [2]. By offering a secure-fit option, Samsung may discourage users from switching to third-party fitness headphones while using a Galaxy smartphone [2].

“Samsung is reportedly developing a new version of its Galaxy Buds featuring built-in ear hooks”

The introduction of ear hooks suggests Samsung is acknowledging the limitations of the 'one-size-fits-all' earbud design. By pivoting toward a specialized fitness form factor, the company is attempting to close a competitive gap in the wearables market and increase ecosystem lock-in for users who prioritize athletic performance over minimalist design.