Carawine Resources Limited announced the latest assay results from an eight-hole RC drilling program, confirming the potential for significant mineralization at the Big Freeze prospect. Assay results reported from RC drill holes TNRC040 to TNRC043, which, along with previously reported assay results from TNRC039, have further defined the 900m-long, continuous zone of gold mineralization above 1g/t Au in wide-spaced drilling at Big Freeze. This zone is within a 900m x 200m wide, +0.3g/t Au drill hole anomaly within a much larger +10ppb Au anomaly along the Hercules Shear Zone, considered highly significant in both a local and regional context. Locally, the company's drilling at Hercules shows +1g/t Au intervals to be a reliable indicator of potential high-grade gold mineralization, especially those associated with quartz-sulphide veining. Regionally, the large Tropicana gold mine, 60km to the southwest, was discovered by following up +1g/t Au drill intervals within a +3ppb Au geochemical anomaly. These latest results add further definition to the +1g/t Au zone at Big Freeze and will enable effective design of follow-up drilling. Assay results reported from the last four RC holes (TNRC040 to TNRC043) of the eight-hole program designed as an initial test of drill hole gold anomalies along the Hercules Shear Zone. In November 2021, the company announced the definition of a large, continuous gold zone above 1g/t Au at the Big Freeze prospect, including an interval of 6m at 1.12g/t Au from 64m, including 1m at 4.22g/t Au in quartz-sulphide veins displaying a similar style to high-grade gold mineralization at the Hercules and Atlantis prospects. Significant intervals (>0.3g/t Au cut off) reported as follows: 3m at 0.32g/t Au from 120m (TNRC040); 1m at 0.47g/t Au from 27m and 1m at 0.42g/t Au from 38m and 1m at 0.37g/t Au from 68m (TNRC041); 1m at 1.89g/t Au from 155m (TNRC043) (intervals >0.3g/t Au cut-off including >1g/t Au cut-off, downhole widths). TNRC040 was angled to the southeast as a "scissor" hole to TNRC039 (drilled on the same section but in the opposite direction), to test for vertical and northwest-dipping mineralization. The low-grade interval in TNRC040 is in a weakly sulphidic granulite, located approximately 50m vertically below an interval of 1m at 1.29g/t Au in air-core drill hole TNAC0053. Follow-up drilling will focus on testing mineralization under TNRC039 and along strike. TNRC041 and TNRC042 were drilled as scissor holes beneath an interval of 2m at 2.28g/t Au from 46m in AC hole TNAC0048. The first two intervals in TNRC041 are associated with weathered felsic granulite within a wide low-grade mineralized zone (>0.1g/t Au). The deeper interval of 1m at 0.37g/t Au from 68m is associated with quartz veining in a chloritic shear zone, similar in style as that associated with the reported interval from TNAC048. TNRC042 did not return any significant assay results, however lower grades (>0.1 to <0.3g/t Au) in this drill hole and TNRC040 define a southeast-dipping mineralized zone linked to the higher grade interval in TNAC048. TNRC043 targeted the depth extension of historic intercept 2m at 3.40g/t Au from 110m in NLC140. The drill hole intersected a shear zone from the base of cover to 70m, followed by a broad zone of strongly foliated intermediate granulite, with the significant interval of 1m at 1.89g/t Au from 155m linking significant intervals in drill holes NL02835 and NLC140. All three +1g/t Au intervals define an additional ~200m of strike to the Big Freeze Target Zone, southwest of an interpreted fault separating it from the larger 700m long Target Zone to the northeast. Results from the initial RC program add further definition to the Big Freeze prospect, enabling a more effective design of follow-up drilling to test for high-grade, continuous gold mineralization along its >900m strike length. This drilling is expected to commence in February 2022.