Method for monitoring tyre properties of vehicle tyres (6, 7) on a vehicle, comprising at least the following steps, a) providing vehicle tyres (6, 7) with a large number of tyre modules on a vehicle, wherein the tyre modules each have at least one sensor for measuring tyre properties, wherein the tyre modules have a bidirectional interface for sending and receiving data, b) a user setting a configuration for the tyre module by way of a bidirectional or a unidirectional interface on a data memory in the tyre module, wherein, using the configuration, at least the time period for a receiving mode for a stationary receiving device and/or the activation of a bidirectional connection and/or the deactivation of the sending of signals during driving modes and can be set, wherein the energy consumption for the tyre module can be adapted optimally to the user's requirements using the setting options, c) starting and moving the vehicle, wherein the movement, the vehicle speed and the stopping of the vehicle tyres (6, 7) are detected by a sensor in the tyre module, wherein, after the movement analysis of the vehicle tyres (6, 7), the functions set at the tyre module are implemented automatically, characterized in that the bidirectional connection includes a Bluetooth connection that is deactivated automatically at a predefined driving speed. a) providing vehicle tyres (6, 7) with a large number of tyre modules on a vehicle, wherein the tyre modules each have at least one sensor for measuring tyre properties, wherein the tyre modules have a bidirectional interface for sending and receiving data, wherein the tyre modules each have at least one sensor for measuring tyre properties, wherein the tyre modules have a bidirectional interface for sending and receiving data, b) a user setting a configuration for the tyre module by way of a bidirectional or a unidirectional interface on a data memory in the tyre module, wherein, using the configuration, at least the time period for a receiving mode for a stationary receiving device and/or the activation of a bidirectional connection and/or the deactivation of the sending of signals during driving modes and can be set, wherein the energy consumption for the tyre module can be adapted optimally to the user's requirements using the setting options, wherein, using the configuration, at least the time period for a receiving mode for a stationary receiving device and/or the activation of a bidirectional connection and/or the deactivation of the sending of signals during driving modes and can be set, wherein the energy consumption for the tyre module can be adapted optimally to the user's requirements using the setting options, c) starting and moving the vehicle, wherein the movement, the vehicle speed and the stopping of the vehicle tyres (6, 7) are detected by a sensor in the tyre module, wherein, after the movement analysis of the vehicle tyres (6, 7), the functions set at the tyre module are implemented automatically, characterized in that the bidirectional connection includes a Bluetooth connection that is deactivated automatically at a predefined driving speed. wherein the movement, the vehicle speed and the stopping of the vehicle tyres (6, 7) are detected by a sensor in the tyre module, wherein, after the movement analysis of the vehicle tyres (6, 7), the functions set at the tyre module are implemented automatically, characterized in that the bidirectional connection includes a Bluetooth connection that is deactivated automatically at a predefined driving speed.