Camera traps are an increasingly used tool in ecology, having the ability to capture large numbers of photographic records in short survey periods. For many surveys, the number of non-target records outweighs those of focal species, making them a potentially rich and often under-utilised data source. Occupancy analysis of non-target data represents a potential way to optimise survey output, whilst increasing "return on investment." This study assessed the feasibility of using non-target data from a Hartmann's mountain zebra Equus zebra hartmannae survey in Gondwana Canyon Park, southern Namibia, for occupancy analysis on leopard Panthera pardus. Using a survey design with 15 camera traps at water sources, 26 leopard events were detected over 72 days. Model fit was adequate and produced a model-averaged occupancy of 0.64 (SE 0.36) and a detection probability of 0.24 (SE 0.07). Whilst there was a lack of precision in the final occupancy estimate, the study provided valuable pilot data for future surveys. The results highlight the ability of camera traps to obtain information-rich datasets, which, when properly archived, can be used for providing information on a number of ecological topics, ranging far beyond that which the traps were originally deployed for. Keywords: by-catch, camera trap, distribution, leopard, Namibia, occupancy.