Si6 Metals Limited provided an update on current drilling programs in both Western Australia and Botswana. Reverse circulation drilling has commenced at the Monument Gold Project within the Laverton Tectonic Zone, Western Australia. The drill program consists of 34 holes for 4,375 metres. 13 holes for 1,715m are planned at the Waihi Prospect where historic drilling stopped short of the banded iron formation-ultramafic contact which hosts the bulk of the gold mineralisation along the Korong-Perseverance corridor. 21 holes for 2,660m are planned at the Korong Prospect targeting down-plunge extensions to known mineralisation and testing "blow-out" zones associated with cross-cutting structures. The drill program is estimated to take approximately 3-4 weeks with samples to be submitted to ALS Laboratories, Kalgoorlie, Western Australia. The exploration program has continued in 2021 with the completion of the Maibele North diamond drill hole at 550m depth over the weekend. The hole was designed to test for the continuation of nickel sulphide mineralisation previously intersected in historic hole MARD0094 in 2014. The hole was drilled approximately 50m to the northeast of MARD0094 and designed to test the mineralised horizon at approximately the same depth. Visual inspection of the core by Si6 site geologists has revealed promising occurrences of sulphide minerals associated with ultramafic and amphibolitic rock types from approximately 450m to 525m down hole. Sulphides throughout this zone occur as disseminations or stringers and blebs. The confirmation of the continuation of the MARD0094 nickel sulphide horizon towards the NE is of great exploration significance for Si6 and paves the way for the company to search for further occurrences of massive sulphides in a target area that is open in all directions. The Maibele North sulphide orebody characteristically pinches and swells dramatically over very short distances and it is possible that massive sulphide bands could be present proximal to the sulphide horizons observed in the recent hole. Down hole electromagnetic surveying is one of the most effective exploration tools for locating massive sulphide bodies in nickel sulphide systems and Si6 will proceed to undertake such a survey to identify off-hole conductors for follow up drill testing. The hole will also be logged and cut in the coming week, and samples dispatched to an independent laboratory in South Africa for analysis. This announcement has been approved by the Chairman of Si6.