An electronic percussion instrument (10, 60, 70) adapted for detecting whether an open rim shot or a closed rim shot is played, comprising: a tubular body part opened on an axial end surface; a head attached to the axial end surface of the body part and having a front surface to be struck; a rim attached to an outer peripheral portion of the head; a fixing part, fixed to a body part, wherein the rim is attached to the fixing part; a frame (20, 71) disposed on a back side of the head and inside the body part; and a capacitance sensor comprising an electrode (41, 42, 43), which generates a capacitance with respect to a detected conductor located on a front surface side of the head, and detecting a change of the capacitance corresponding to a distance between the electrode (41, 42, 43) and the detected conductor, the electronic percussion instrument (10, 60, 70) being characterized in further comprising: a sensor part disposed at a center of the frame and comprising a rim sensor, wherein the rim sensor is for detecting striking on the rim and is composed of a piezoelectric element, wherein when the rim is struck in a state where the capacitance sensor determines that the detected conductor does not approach or contact the head, the electronic percussion instrument (10, 60, 70) is adapted to determine a playing technique as an open rim shot, and when the rim is struck in a state where the capacitance sensor determines that the detected conductor approaches or contacts the head, the electronic percussion instrument (10, 60, 70) is adapted to determine the playing technique as a closed rim shot. a tubular body part opened on an axial end surface; a head attached to the axial end surface of the body part and having a front surface to be struck; a rim attached to an outer peripheral portion of the head; a fixing part, fixed to a body part, wherein the rim is attached to the fixing part; a frame (20, 71) disposed on a back side of the head and inside the body part; and a capacitance sensor comprising an electrode (41, 42, 43), which generates a capacitance with respect to a detected conductor located on a front surface side of the head, and detecting a change of the capacitance corresponding to a distance between the electrode (41, 42, 43) and the detected conductor, the electronic percussion instrument (10, 60, 70) being characterized in further comprising: a sensor part disposed at a center of the frame and comprising a rim sensor, wherein the rim sensor is for detecting striking on the rim and is composed of a piezoelectric element, wherein when the rim is struck in a state where the capacitance sensor determines that the detected conductor does not approach or contact the head, the electronic percussion instrument (10, 60, 70) is adapted to determine a playing technique as an open rim shot, and when the rim is struck in a state where the capacitance sensor determines that the detected conductor approaches or contacts the head, the electronic percussion instrument (10, 60, 70) is adapted to determine the playing technique as a closed rim shot. a sensor part disposed at a center of the frame and comprising a rim sensor, wherein the rim sensor is for detecting striking on the rim and is composed of a piezoelectric element, wherein when the rim is struck in a state where the capacitance sensor determines that the detected conductor does not approach or contact the head, the electronic percussion instrument (10, 60, 70) is adapted to determine a playing technique as an open rim shot, and when the rim is struck in a state where the capacitance sensor determines that the detected conductor approaches or contacts the head, the electronic percussion instrument (10, 60, 70) is adapted to determine the playing technique as a closed rim shot.