A bicycle inductive lock, comprising a housing, a lock body, and a control circuit device; the housing having an accommodating portion recessed in an upper section and a rail portion recessed in a lower section, a lower end of the rail portion having an opening, an annular latch and a tension spring being disposed in the rail portion, the annular latch having a first engaging groove, a second engaging groove, a third engaging groove and a linking handle, the first engaging groove and the second engaging groove being disposed axially respectively, the third engaging groove being disposed radially, the tension spring having one end coupled to the annular latch and another end coupled to the rail portion, a back cover being configured to cover the housing; the lock body being disposed in the accommodating portion, a lower end of the lock body being formed with an annular groove corresponding to the rail portion, the lock body including a first slot for accommodating a first baffle, the first baffle being movable horizontally in a lateral direction of the annular groove; one side of the first baffle, corresponding to the annular groove, having a lower protrusion, the first baffle being provided with a first through hole, the first through hole having an inner flange, the lower protrusion being elastically pressed against the annular latch to be engaged in the first engaging groove or the second engaging groove; the lock body including a second slot for accommodating a second baffle, the second slot being disposed at one side of the first slot, the second baffle being movable vertically in a top direction of the annular groove; a lower end of the second slot being in communication with the annular groove, the second baffle being pressed against the annular latch to be engaged in the third engaging groove; one side of the second baffle, away from the annular groove, having a lower notch at a lower end, another side of the second baffle, opposite to the lower notch, being provided with an upper end flange; the lock body including a motor accommodating groove for accommodating a speed reduction motor being disposed at one side of the second slot away from the first slot, a front end of the speed reduction motor having a rotatable lever, the lever passing through the second baffle and the first baffle; the lever including an angle control block and an eccentric paddle, the angle control block having a first side protrusion, a second side protrusion and a third side protrusion that are arranged radially, the eccentric paddle having a wide section and a narrow section, the wide section being inserted through the lower notch of the second baffle, the narrow section being inserted through the first through hole of the first baffle; the lock body including a first groove for accommodating a first inductive switch being disposed between the second slot and the motor accommodating groove, the first inductive switch being located above the angle control block for commanding the first side protrusion, the second side protrusion or the third side protrusion to touch or not to touch the first inductive switch; the lock body including a second groove for accommodating a second inductive switch being disposed on a back of the lock body, the second inductive switch being located under the upper end flange of the second baffle for commanding the upper end flange to touch or not to touch the second inductive switch; the control circuit device including a control unit, an induction unit, a power unit and a key fob, the induction unit and the power unit being electrically connected to the control unit respectively, the control unit being electrically connected to the first inductive switch, the second inductive switch and the speed reduction motor respectively, the key fob being configured to generate induction with the induction unit for transmitting a signal to the control unit to drive the speed reduction motor to rotate clockwise or counterclockwise.