A communications device comprising transceiver circuitry (1001.t) configured to transmit signals to and/or to receive signals from a first cell of a wireless communications network, and controller circuitry (1001.c) configured in combination with the transceiver circuitry to determine that the communications device is to perform a handover procedure from the first cell to a second cell of the wireless communications network, to measure a difference between the start of a first radio frame received from the first cell and the start of a second radio frame received from the second cell, to transmit an indication of the measured difference to the first cell, to receive, from the first cell in one or more messages of the handover procedure, in response to the transmitted indication of the measured difference, at least one of a value of a propagation delay of the second cell and a value of a timing advance of the second cell, the propagation delay of the second cell defining a time taken for a signal to travel one way between the communications device and the second cell, the timing advance of the second cell being defining a time taken for a signal to travel a round trip between the communications device and the second cell, and to determine, during the handover procedure, in accordance with the measured difference, the at least one of the value of the propagation delay of the second cell and the value of the timing advance of the second cell based on receiving the at least one of the value of the propagation delay of the second cell and the value of the timing advance of the second cell from the first cell in the one or more messages of the handover procedure. transceiver circuitry (1001.t) configured to transmit signals to and/or to receive signals from a first cell of a wireless communications network, and controller circuitry (1001.c) configured in combination with the transceiver circuitry to determine that the communications device is to perform a handover procedure from the first cell to a second cell of the wireless communications network, to measure a difference between the start of a first radio frame received from the first cell and the start of a second radio frame received from the second cell, to transmit an indication of the measured difference to the first cell, to receive, from the first cell in one or more messages of the handover procedure, in response to the transmitted indication of the measured difference, at least one of a value of a propagation delay of the second cell and a value of a timing advance of the second cell, the propagation delay of the second cell defining a time taken for a signal to travel one way between the communications device and the second cell, the timing advance of the second cell being defining a time taken for a signal to travel a round trip between the communications device and the second cell, and to determine, during the handover procedure, in accordance with the measured difference, the at least one of the value of the propagation delay of the second cell and the value of the timing advance of the second cell based on receiving the at least one of the value of the propagation delay of the second cell and the value of the timing advance of the second cell from the first cell in the one or more messages of the handover procedure.