This application discloses an RF shielding device and its design method for pod testing, belonging to the technical field of pod testing. The RF shielding device includes: a shielding shell with a pod interface on its side wall, through which the pod antenna
radome enters the shielding shell; an absorbing layer disposed on the inner wall of the shielding shell for absorbing the RF
signal output by the pod and interference signals from outside the shielding shell; a test antenna disposed within the shielding shell for receiving the RF
signal; and an RF interface disposed on the side wall of the shielding shell, connected to the test antenna for connecting to pod
testing equipment. Compared to traditional anechoic chambers, this provides a convenient and safe
radiation testing environment for pods, thus reducing the difficulty of pod
radiation testing.