This study investigated the spatial pattern of Cloud-to- Ground (CG) lightning flash density at the Goldengate highland National Park of South Africa from 2007 to 2017. Spatial statistic techniques were implemented in a Geographic Information System. Overall, CG lightning activity within the park were at its highest during summer month in December and afternoon with maxima times at 15 UTC and 17UTC. Moran I values were greater than zero for all months, ranging from 0.01 to 0.09 indicating positive spatial correlation of clustering of either high or low values of lightning strikes density except in July, 06 UTC and 08 UTC. Average Nearest Neighbour analysis also revealed that spatial pattern of lightning strikes point data was clustered throughout the day and all months. Incremental autocorrelation analysis revealed that clustering of lightning activity occurred over the spatial scale ranging from 1km to 8km. Hotspot Analysis Getis –Ord Gi* identified 23.76% of the park area as cluster of higher values (Hotspot areas) and 13.43% as cluster of lower values (cold spot area). The Lightning Index Map revealed that about 15.46% of the park fell under extreme lightning danger area covering mountainous region of the park. This study can provide useful information needed to guide tourist, protect infrastructure and improve local fire prevention action in the park.