Kali Metals Limited has reported significant progress on its Marble Bar Gold Project in Western Australia, with a cumulative 2km strike length of gold-bearing outcrop now delineated. The company’s recent exploration at the Tiger and Sherman Gold Prospects has produced promising rock chip assay results, including standout values reaching up to 19.1 grams per tonne gold at the Tiger prospect and up to 6.6 grams per tonne at Sherman. Notably, mineralisation has been extended 600 meters into the newly acquired "Peggy" tenement, with several rock chip assays confirming results in the mid-single digits in grams per tonne. Field crews have collected 60 rock chip samples at the Tiger Prospect and 10 at Sherman along well-defined alteration zones. These results are supported by a high-resolution drone magnetic survey conducted over a 4 km² area, covering 163 line-kilometres with 25-meter spaced lines. The integration of magnetic data with hyperspectral datasets has led to the identification of a new alteration target between the Tiger and Sherman Prospects. Such geological insights are critical indicators for planning the upcoming maiden drilling program, which represents an important next step in delineating the high-priority targets along the 2km trend. The project, situated approximately 10 km east of Marble Bar, lies within a complex geological setting comprising the Mount Edgar Granitic Complex and the Warrawoona Greenstone Belt. While current results derive from rock chip sampling—generally regarded as “point” data that only provides an indication of surface mineralisation—the collected data forms a robust foundation for further detailed mapping, soil sampling, and petrological studies. These activities will help determine the continuity and true thickness of the mineralised zones that are currently estimated to reach up to 10 meters in true width. Market sentiment appears cautiously optimistic. On the bullish side, the extension of mineralisation to a 2km strike length, high-grade surface results, and the identification of new drill targets are positive signals that bolster the project’s potential. However, caution remains on the bearish side as the current sampling method is limited to rock chips that do not necessarily represent the average grade across the entire altered zone. Progressing to more representative sampling methods, including channel sampling and drilling, will be essential to fully substantiate the quality of the mineralisation.