Virtual reality, VR, goggles, the VR goggles comprising: a body comprising a VR functional component; and a cover assembled at a distal side of the body, wherein an accommodate chamber is formed between the cover and a distal facet of the body to accommodate an electronic device for displaying VR content; the cover has a first clamping part on an internal surface of the cover and the body has a second clamping part on the distal facet of the body, the first clamping part and the second clamping part clamp and limit the electronic device in the accommodate chamber; wherein the VR functional component comprises a control structure, which comprises: a trigger part positioned at a surface of the body and used by a user to perform a trigger operation; and a delivery part engaged with the trigger part, the delivery part, when the trigger operation is performed, engages with the trigger part, such that a tail end of the delivery part engages with the electronic device to input a predetermined control instruction into the electronic device, and wherein the trigger part is movable in a predetermined direction in response to the trigger operation, to press the delivery part; and the delivery part rotates around a predetermined spindle upon the press, such that the tail end of the delivery part engages with the electronic device, the VR goggles being characterized in that the rotation axis of the predetermined spindle is perpendicular to the predetermined direction. a body comprising a VR functional component; and a cover assembled at a distal side of the body, wherein an accommodate chamber is formed between the cover and a distal facet of the body to accommodate an electronic device for displaying VR content; the cover has a first clamping part on an internal surface of the cover and the body has a second clamping part on the distal facet of the body, the first clamping part and the second clamping part clamp and limit the electronic device in the accommodate chamber; wherein the VR functional component comprises a control structure, which comprises: a trigger part positioned at a surface of the body and used by a user to perform a trigger operation; and a delivery part engaged with the trigger part, the delivery part, when the trigger operation is performed, engages with the trigger part, such that a tail end of the delivery part engages with the electronic device to input a predetermined control instruction into the electronic device, and wherein the trigger part is movable in a predetermined direction in response to the trigger operation, to press the delivery part; and the delivery part rotates around a predetermined spindle upon the press, such that the tail end of the delivery part engages with the electronic device, the VR goggles being characterized in that the rotation axis of the predetermined spindle is perpendicular to the predetermined direction. a trigger part positioned at a surface of the body and used by a user to perform a trigger operation; and a delivery part engaged with the trigger part, the delivery part, when the trigger operation is performed, engages with the trigger part, such that a tail end of the delivery part engages with the electronic device to input a predetermined control instruction into the electronic device, and wherein the trigger part is movable in a predetermined direction in response to the trigger operation, to press the delivery part; and the delivery part rotates around a predetermined spindle upon the press, such that the tail end of the delivery part engages with the electronic device, the VR goggles being characterized in that the rotation axis of the predetermined spindle is perpendicular to the predetermined direction.