Abstract: A system for remote-controlled driving of a vehicle without the intervention by the user travelling in the vehicle is disclosed. The remote-controlled driving system generally comprises of a local control component installed in the vehicle and a remote control station present at a location away from the vehicle. The local control component includes an integrated circuit which is connected to the driving operators of the vehicle, including the steering system, braking system, transmission system, and throttle system. The local control component communicates with the remote control station via satellite to send data necessary to drive the vehicle. A human operator monitors the views of the received data on the screens in the remote control station to drive the vehicle. The remote-controlled driving method is implemented as a subscription based remote-controlled driving service which can be paid for monthly, quarterly, annually or for a single journey.