A wireless network site survey system, comprising: a plurality of wireless nodes [102-1, 104-1, 106-1] placed at a number of locations within an area where a network is to be generated; and a computing device [110, 350] configured to: receive communication metrics for the plurality of wireless nodes [102-1, 104-1, 106-1] when the plurality of wireless nodes were located at a first area; determine communication metrics for the plurality of wireless nodes [102-2, 104-2, 106-2] at a second area, wherein the communication metrics include a link quality between each of the plurality of wireless nodes [102-2, 104-2, 106-2] and between the computing device [110, 350] and each of the plurality of wireless nodes [102-1, 104-1, 106-1]; predict projected communication metrics for a projected communication path between the plurality of wireless nodes [102-2, 104-2, 106-2] at the second area and the plurality of wireless nodes [102-1, 104-1, 106-1] that were previously located at the first area, wherein the predicted communication metrics are based on the received communication metrics from the plurality of wireless nodes [102-1, 104-1, 106-1] previously located at the first area and communication metrics from the plurality of wireless nodes [102-2, 104-2, 106-2] located at the second area; and generate a node coverage map based on the communication metrics, wherein the coverage map is utilized to generate the network within the area. a plurality of wireless nodes [102-1, 104-1, 106-1] placed at a number of locations within an area where a network is to be generated; and a computing device [110, 350] configured to: receive communication metrics for the plurality of wireless nodes [102-1, 104-1, 106-1] when the plurality of wireless nodes were located at a first area; determine communication metrics for the plurality of wireless nodes [102-2, 104-2, 106-2] at a second area, wherein the communication metrics include a link quality between each of the plurality of wireless nodes [102-2, 104-2, 106-2] and between the computing device [110, 350] and each of the plurality of wireless nodes [102-1, 104-1, 106-1]; predict projected communication metrics for a projected communication path between the plurality of wireless nodes [102-2, 104-2, 106-2] at the second area and the plurality of wireless nodes [102-1, 104-1, 106-1] that were previously located at the first area, wherein the predicted communication metrics are based on the received communication metrics from the plurality of wireless nodes [102-1, 104-1, 106-1] previously located at the first area and communication metrics from the plurality of wireless nodes [102-2, 104-2, 106-2] located at the second area; and generate a node coverage map based on the communication metrics, wherein the coverage map is utilized to generate the network within the area. receive communication metrics for the plurality of wireless nodes [102-1, 104-1, 106-1] when the plurality of wireless nodes were located at a first area; determine communication metrics for the plurality of wireless nodes [102-2, 104-2, 106-2] at a second area, wherein the communication metrics include a link quality between each of the plurality of wireless nodes [102-2, 104-2, 106-2] and between the computing device [110, 350] and each of the plurality of wireless nodes [102-1, 104-1, 106-1]; predict projected communication metrics for a projected communication path between the plurality of wireless nodes [102-2, 104-2, 106-2] at the second area and the plurality of wireless nodes [102-1, 104-1, 106-1] that were previously located at the first area, wherein the predicted communication metrics are based on the received communication metrics from the plurality of wireless nodes [102-1, 104-1, 106-1] previously located at the first area and communication metrics from the plurality of wireless nodes [102-2, 104-2, 106-2] located at the second area; and generate a node coverage map based on the communication metrics, wherein the coverage map is utilized to generate the network within the area.