Intelligent inflatable swimsuit, including a swimsuit body for users to wear, an airbag for inflating and generating buoyancy, an inflation device for inflating the airbag, and a control device for controlling the activation of the inflation device; The airbag is arranged inside the swimming suit body and connected to the inflation device; The inflation device includes a gas cylinder for providing a gas source, an automatic bottle opener for automatically opening the gas cylinder, and an air pipeline connecting the gas cylinder and the airbag; The control device includes a control circuit, a pressure sensor, an indicator light, and a touch switch connected to the control circuit.

By configuring an airbag that can automatically inflate and inflate on the traditional swimsuit structure, as well as supporting inflation devices and control devices, it is convenient to wear and easy to operate. When needed, the airbag can be manually inflated or inflated according to preset conditions to generate buoyancy and float the user on the water surface.