A dual-position switch. Two push rods thereof (40) are arranged at a push rod mounting end (14) of a front ring (10). Each push rod is provided with one operating end (42). Two buttons (20) are arranged at a button mounting end (12) of the front ring. Each button is provided at a side thereof facing the front end with one actuating part (22). The front ring is provided at a side thereof facing the buttons with two first insertion connectors (16). Each button is provided at the side thereof facing the front ring with a second insertion connector (26) capable of being insertedly connected with the first insertion connectors. Sealing elements (50) are arranged at the operating ends of the push rods. The actuating parts of the buttons are abutted against the operating ends of the push rods via the sealing elements, thus pushing the push rods. The dual-position switch has the advantages of dust resistance, water resistance, convenient installation and use, and improved operation touch.