A mobile terminal , comprising: a display unit configured to display information; a support bracket including a support part configured to support a rear side of the display unit and an extension part extending from the support part ; a front window coupled with a front surface of the display unit and the extension part , the front window including a rigid material; at least three front sensors on the extension part each of the at least three sensors generating a front force signal by receiving a front force applied to a specific point of the front window ; and a controller configured to determine the specific point and a magnitude of the front force based on the front force signal generated by each of the at least three front sensors , characterized in that the extension part is a region of the support bracket configured to be exposed when the display unit is mounted on the support bracket , and the at least three front sensors are located between a backside of the front window and the extension part , wherein the mobile terminal further comprises: a flexible PCB provided to a backside of each of the at least three front sensors ; a buffer pad provided between the flexible PCB and the support bracket ; and an adhesive pad between the front window and each of the at least three front sensors in order to fix a location thereof, and wherein the adhesive pad includes a conductive material configured to recognize a touch input generated on a front surface of the front window . a display unit configured to display information; a support bracket including a support part configured to support a rear side of the display unit and an extension part extending from the support part ; a front window coupled with a front surface of the display unit and the extension part , the front window including a rigid material; at least three front sensors on the extension part each of the at least three sensors generating a front force signal by receiving a front force applied to a specific point of the front window ; and a controller configured to determine the specific point and a magnitude of the front force based on the front force signal generated by each of the at least three front sensors , characterized in that the extension part is a region of the support bracket configured to be exposed when the display unit is mounted on the support bracket , and the at least three front sensors are located between a backside of the front window and the extension part , wherein the mobile terminal further comprises: a flexible PCB provided to a backside of each of the at least three front sensors ; a buffer pad provided between the flexible PCB and the support bracket ; and an adhesive pad between the front window and each of the at least three front sensors in order to fix a location thereof, and wherein the adhesive pad includes a conductive material configured to recognize a touch input generated on a front surface of the front window . a flexible PCB provided to a backside of each of the at least three front sensors ; a buffer pad provided between the flexible PCB and the support bracket ; and an adhesive pad between the front window and each of the at least three front sensors in order to fix a location thereof, and wherein the adhesive pad includes a conductive material configured to recognize a touch input generated on a front surface of the front window . <EOS>