Cazaly Resources Ltd’s (ASX:CAZ) airborne electromagnetic (EM) survey conducted over the Kaoko Kobalt Project in Namibia has revealed discrete conductive zones in a number of areas.
The results highlight the potential for sediment-hosted mineralisation and possible feeder zones in structurally complex areas.
The survey was flown by Skytem ApS who also recently worked in-country flying surveys for Celsius Resources (ASX:CLA) and Namibian Critical Metals (CVE:NMI) at properties adjacent to Cazaly’s Kaoko Project.
Geology of the Kaoko Kobalt project showing target areas
The Kaoko Project lies in northern Namibia about 800 kilometres by road from the capital of Windhoek.
Cazaly’s airborne geophysical survey was conducted over five separate blocks where previous work highlighted the potential for strata bound cobalt/copper mineralisation similar to the neighbouring Celsius’s DOF mineralisation at its Opuwo Cobalt project.
Stratigraphic conductors were observed in late time data at the Kamwe Prospect over distances of up to 5.5 kilometres.
Interestingly, there is a strong correlation between conductive targets and higher cobalt values in the western and eastern zones at Kamwe.
These are separated by a structurally complex corridor containing known high-grade copper mineralisation in gossans as well as further discrete late-time conductors and cobalt-in-soil anomalies.
Kamwe Prospect SkyTEM image with soil sample results and copper prospects
Cazaly will complete more detailed data modelling to characterise the conductors at Kamwe and in the northeast before field checking and proposed follow-up programs.
Follow-up work will include a number of options including infill soil sampling, further SkyTEM data modelling and drilling.