Method for displaying information for a driver of a rear vehicle relating to a braking maneuver of another road user in front of a preceding vehicle immediately in front of the rear vehicle, comprising the steps of: - determining, by the rear vehicle, a registration marking of the preceding vehicle, - comparing the determined registration marking of the preceding vehicle with a central database to determine if prior registration exists, and if such prior registration is detected: - sending, by the rear vehicle, a request to obtain an absolute position of the preceding vehicle; and - checking, after obtaining the absolute position of the preceding vehicle, whether the absolute position of the preceding vehicle and an absolute position of the rear vehicle are within a predetermined common area, and if this is determined to be the case: - continuously transmitting sensor information from the preceding vehicle to the rear vehicle, wherein the sensor information comprises data relating to the environment in front of the preceding vehicle, including another road user located in this environment and its lights; and - analyzing the transmitted sensor information to determine if brake lights of the other road user are activated, and if these brake lights are recognized as being activated and the rear vehicle determines that the brake lights of the preceding vehicle are not activated at the same time: displaying a symbol set that indicates activated brake lights and is fixed with respect to the preceding vehicle for the driver of the rear vehicle in augmented reality. - determining, by the rear vehicle, a registration marking of the preceding vehicle, - comparing the determined registration marking of the preceding vehicle with a central database to determine if prior registration exists, and if such prior registration is detected: - sending, by the rear vehicle, a request to obtain an absolute position of the preceding vehicle; and - checking, after obtaining the absolute position of the preceding vehicle, whether the absolute position of the preceding vehicle and an absolute position of the rear vehicle are within a predetermined common area, and if this is determined to be the case: - continuously transmitting sensor information from the preceding vehicle to the rear vehicle, wherein the sensor information comprises data relating to the environment in front of the preceding vehicle, including another road user located in this environment and its lights; and - analyzing the transmitted sensor information to determine if brake lights of the other road user are activated, and if these brake lights are recognized as being activated and the rear vehicle determines that the brake lights of the preceding vehicle are not activated at the same time: displaying a symbol set that indicates activated brake lights and is fixed with respect to the preceding vehicle for the driver of the rear vehicle in augmented reality. - sending, by the rear vehicle, a request to obtain an absolute position of the preceding vehicle; and - checking, after obtaining the absolute position of the preceding vehicle, whether the absolute position of the preceding vehicle and an absolute position of the rear vehicle are within a predetermined common area, and if this is determined to be the case: - continuously transmitting sensor information from the preceding vehicle to the rear vehicle, wherein the sensor information comprises data relating to the environment in front of the preceding vehicle, including another road user located in this environment and its lights; and - analyzing the transmitted sensor information to determine if brake lights of the other road user are activated, and if these brake lights are recognized as being activated and the rear vehicle determines that the brake lights of the preceding vehicle are not activated at the same time: displaying a symbol set that indicates activated brake lights and is fixed with respect to the preceding vehicle for the driver of the rear vehicle in augmented reality.