A theme park system for vehicle driving, comprising: one or more tracks including at least one sensor; and an integrated operating server configured to receive sensor information from the one or more track and one or more vehicles that travel on the one or more tracks through an internal dedicated network used in the interior of a theme park for vehicle driving, and characterized in that the integrated operating server is configured to receive user information from one or more user client by using an external communication network that does not overlap the internal dedicated network, generate driving information of the one or more vehicles by using the received sensor information, and manage the theme park system based on the generated driving information and the received user information, wherein the one or more tracks are customized tracks, starting points of which are located at sites that are higher than ending points thereof and which are programmed by reflecting characteristics of a specified racing vehicle, wherein the lengths, the slopes, the radii of rotation, and the cants of the one or more tracks are designed such that the specified racing vehicle has at least one a specified longitudinal acceleration and a specified transverse acceleration, and wherein the driver is allowed to feel a programmed level of difficulty while driving the specified racing vehicle on the one or more tracks, and wherein each of the one or more vehicles includes at least one sensor, and wherein the sensor information collected by the at least one sensor included in the one or more vehicles and the one or more tracks is classified into real-time data and non-real-time data, an information transmission frequency is determined for the real-time data, the real-time data is delivered to the integrated operating server according to the determined information transmission frequency while the one or more vehicles travel, and the non-real-time data is delivered to the integrated operating server after the driving of the one or more vehicles is ended, and wherein the sensor information includes a speed, a transverse acceleration, location information, a yaw rate, and a driving image collected by the one or more sensors mounted on the one or more vehicles. one or more tracks including at least one sensor; and an integrated operating server configured to receive sensor information from the one or more track and one or more vehicles that travel on the one or more tracks through an internal dedicated network used in the interior of a theme park for vehicle driving, and characterized in that the integrated operating server is configured to receive user information from one or more user client by using an external communication network that does not overlap the internal dedicated network, generate driving information of the one or more vehicles by using the received sensor information, and manage the theme park system based on the generated driving information and the received user information, wherein the one or more tracks are customized tracks, starting points of which are located at sites that are higher than ending points thereof and which are programmed by reflecting characteristics of a specified racing vehicle, wherein the lengths, the slopes, the radii of rotation, and the cants of the one or more tracks are designed such that the specified racing vehicle has at least one a specified longitudinal acceleration and a specified transverse acceleration, and wherein the driver is allowed to feel a programmed level of difficulty while driving the specified racing vehicle on the one or more tracks, and wherein each of the one or more vehicles includes at least one sensor, and wherein the sensor information collected by the at least one sensor included in the one or more vehicles and the one or more tracks is classified into real-time data and non-real-time data, an information transmission frequency is determined for the real-time data, the real-time data is delivered to the integrated operating server according to the determined information transmission frequency while the one or more vehicles travel, and the non-real-time data is delivered to the integrated operating server after the driving of the one or more vehicles is ended, and wherein the sensor information includes a speed, a transverse acceleration, location information, a yaw rate, and a driving image collected by the one or more sensors mounted on the one or more vehicles.