A method of communicating between at least a first node, a second node being an intermediate node,, and a destination node, wherein the nodes are participants of a radio communication network that has a communication standard with a data format for data exchange, wherein the data format comprises a multicast header for routing data of a radio signal through the radio communication network, wherein the multicast header comprises address data, wherein a routing table is stored in each node, wherein the routing table provides address information, wherein the method comprises the following steps: - Providing or generating the radio signal assigned to the communication standard by means of the first node, - Accessing the routing table by means of the first node, - Determining, by the first node, which intermediate nodes are required to forward the radio signal to the destination node, wherein the first node selects a next hop address based on the routing table, - Incorporating, by the first node, a destination address of the destination node and the next hop address into the multicast header, - Transmitting, by the first node, the radio signal generated, - Receiving, by the second node, the radio signal transmitted by the first node, - Accessing, by the second node, the routing table, - Determining by means of the second node whether or not the destination node assigned to the destination address encompassed in the multicast header corresponds to a next node of the second node, namely a node in the 1-hop neighborhood of the second node, wherein the routing table is accessed by the second node to verify whether the destination address is in the 1-hop neighborhood, - Adjusting the multicast header by means of the second node, wherein if the destination node corresponds to the next node in the 1-hop neighborhood of the second node, the next-hop address and the destination address are deleted from the multicast header by the second node such that the multicast header is empty, wherein if the next node is not the destination node, the second node selects the next hop address and adapts the next hop address of the multicast header, and - Transmitting, by the second node, the radio signal with the adjusted multicast header to the next node. - Providing or generating the radio signal assigned to the communication standard by means of the first node, - Accessing the routing table by means of the first node, - Determining, by the first node, which intermediate nodes are required to forward the radio signal to the destination node, wherein the first node selects a next hop address based on the routing table, - Incorporating, by the first node, a destination address of the destination node and the next hop address into the multicast header, - Transmitting, by the first node, the radio signal generated, - Receiving, by the second node, the radio signal transmitted by the first node, - Accessing, by the second node, the routing table, - Determining by means of the second node whether or not the destination node assigned to the destination address encompassed in the multicast header corresponds to a next node of the second node, namely a node in the 1-hop neighborhood of the second node, wherein the routing table is accessed by the second node to verify whether the destination address is in the 1-hop neighborhood, - Adjusting the multicast header by means of the second node, wherein if the destination node corresponds to the next node in the 1-hop neighborhood of the second node, the next-hop address and the destination address are deleted from the multicast header by the second node such that the multicast header is empty, wherein if the next node is not the destination node, the second node selects the next hop address and adapts the next hop address of the multicast header, and wherein if the destination node corresponds to the next node in the 1-hop neighborhood of the second node, the next-hop address and the destination address are deleted from the multicast header by the second node such that the multicast header is empty, wherein if the next node is not the destination node, the second node selects the next hop address and adapts the next hop address of the multicast header, and - Transmitting, by the second node, the radio signal with the adjusted multicast header to the next node.