The invention discloses a magnetic latching relay capable of resisting a short-circuit current. The magnetic latching relay comprises a magnetic circuit system, a contact system and a push mechanism, wherein a movable spring part comprises a movable contact, a movable spring plate and a movable spring lead-out plate; the movable spring lead-out plate is arranged at one side, departing from the moving contact, in the thickness direction of the movable spring plate; a fixed spring part comprises a fixed contact, a fixed spring plate and a fixed spring lead-out plate; the fixed spring lead-out plate also is arranged at one side, departing from the moving contact, in the thickness direction of the movable spring plate, so that the direction of current flowing through the movable spring lead-out plate is opposite to that of the current flowing through the movable spring plate. According to the magnetic latching relay, the electro-dynamic repulsion force generated by single short-circuit current between the movable contact and the fixed contact can be resisted by electromagnetic repulsion force generated by formed double short-circuit current on the movable spring plate on the basis of not increasing the overall dimension of a product or not increasing the power consumption of a coil control part, so that the closing pressure of the movable contact and the fixed contact is greatly improved, the short-circuit current is resisted and the requirements of the product on simple, compact and small structures are met.