This power strip integrates six USB charging ports, including three USB-C and three USB-A, alongside three standard AC outlets, offering a versatile power solution for travel, office, and dormitory use. The total USB output reaches 24W/4.8A, enabling efficient simultaneous charging of multiple devices such as smartphones, tablets, and earbuds. The 5-foot flat plug braided extension cord is designed with a slim profile, allowing it to fit behind furniture and reducing cable clutter. Constructed with a durable outer shell and reinforced braided cord, the unit emphasizes longevity and resistance to wear. The flat plug design also makes it suitable for tight spaces and reduces strain on outlets. The unit operates as a non-surge protector, making it compliant with cruise ship regulations and ideal for environments where surge protection is restricted. The 3 AC outlets are spaced to accommodate larger adapters without blocking adjacent ports, while the USB ports feature smart-charging technology that automatically detects connected devices and adjusts output for optimal charging speed. The desktop-friendly form factor includes a stable base and non-slip pads to prevent sliding, enhancing usability during travel or at a workstation. All materials used meet standard safety certifications, with flame-retardant casing and over-current protection integrated into the design. The braided cord adds flexibility and resistance to tangling, while the flat plug lies flush against the wall to minimize protrusion. This product is intended for travelers, remote workers, and students who need a compact charging station that consolidates multiple chargers into one device. At its price point, the unit offers a practical balance of functionality and affordability, providing a convenient way to power and charge electronics in limited spaces. The inclusion of multiple USB-C ports ensures compatibility with modern devices, while the traditional USB-A ports cover legacy gadgets.

The construction and specifications support reliable everyday performance without unnecessary complexity.