A hybrid large-area pressure sensor with a capacitive sensor and a resistive sensor integrated thereinto, the sensor comprising: a first electrode pattern; a second electrode pattern disposed below the first electrode pattern to be spaced apart from the first electrode pattern by a predetermined distance; a third electrode pattern disposed below the second electrode pattern to be spaced apart from the second electrode pattern by a predetermined distance; and a controller, wherein a part of the first electrode pattern, a predetermined unit area of the second electrode pattern, and a predetermined unit area of the third electrode pattern form a single unit sensing cell; a change in distance between the first electrode pattern and the second electrode pattern causes a change in capacitance of the second electrode pattern; a contact between the second electrode pattern and the third electrode pattern causes a change in resistance of the second electrode pattern; characterised in that the controller senses pressure corresponding to the unit sensing cell by using the change in the capacitance and the change in the resistance, the controller transmits a first driving signal of a first frequency to the first electrode pattern, and transmits a second driving signal of a second frequency to the second electrode pattern; and the first frequency and the second frequency have each different ranges, the first driving signal transmitted to the first electrode pattern has a high frequency, and the second driving signal transmitted to the second electrode pattern has a low frequency, and the controller receives a first sensing signal corresponding to the first driving signal from the second electrode pattern in order to detect a change in the capacitance and receives a second sensing signal corresponding to the second driving signal from the second electrode pattern in order to detect a change in the resistance. a first electrode pattern; a second electrode pattern disposed below the first electrode pattern to be spaced apart from the first electrode pattern by a predetermined distance; a third electrode pattern disposed below the second electrode pattern to be spaced apart from the second electrode pattern by a predetermined distance; and a controller, wherein a part of the first electrode pattern, a predetermined unit area of the second electrode pattern, and a predetermined unit area of the third electrode pattern form a single unit sensing cell; a change in distance between the first electrode pattern and the second electrode pattern causes a change in capacitance of the second electrode pattern; a contact between the second electrode pattern and the third electrode pattern causes a change in resistance of the second electrode pattern; characterised in that the controller senses pressure corresponding to the unit sensing cell by using the change in the capacitance and the change in the resistance, the controller transmits a first driving signal of a first frequency to the first electrode pattern, and transmits a second driving signal of a second frequency to the second electrode pattern; and the first frequency and the second frequency have each different ranges, the first driving signal transmitted to the first electrode pattern has a high frequency, and the second driving signal transmitted to the second electrode pattern has a low frequency, and the controller receives a first sensing signal corresponding to the first driving signal from the second electrode pattern in order to detect a change in the capacitance and receives a second sensing signal corresponding to the second driving signal from the second electrode pattern in order to detect a change in the resistance.