NTM Gold Ltd. provided an update for the Redcliffe Gold Project located near Leonora, Western Australia. The company recent undertook two drill programs at Redcliffe. A +1,600m diamond program was completed at Hub, and a +4,000m RC program testing a number of other prospects within the Redcliffe Project. Both programs returned multiple significant results. The diamond drilling aimed to test grade continuity close to surface and at depth. It returned some exceptional grades, particularly in oxide material. The results will be utilised in a maiden Mineral Resource Estimate for Hub due by mid-year. The RC drilling was an expansionary focussed program, as well as following up on mineralisation intersected in previous aircore drilling. The drilling identified a number of areas where mineralisation is now seen to be continuing at depth underneath or down plunge of previous aircore or RC drill holes. NTM continues to explore the potential of the Redcliffe Project to host new discoveries with a +30,000m aircore drilling program underway on a number of new geological targets. The company recently completed a series of diamond holes at Hub aimed at testing the mineralisation at depth and to the south. Additionally, two shallow holes were drilled into oxide mineralisation. All up, eight holes were completed for 1,602m. These holes will be included in the maiden Mineral Resource Estimate for Hub that is due before mid-year. Oxide Diamond Drilling: Two shallow holes were drilled from surface using PQ diameter core to test the mineralisation within oxide material and to provide additional geological information. Both holes intersected the mineralisation as expected returning some exceptional grades including: 6.3m @ 42.7 g/t Au from 56.3m incl. 1.0m @ 137.0 g/t Au & 0.2m @ 468.0 g/t Au in 20RRD001, and 6.0m @ 6.8 g/t Au from 77.0m incl. 0.5m @ 52.4 g/t Au & 0.6m @ 10.2 g/t Au in 20RRD002. The diamond core from the oxide material has given valuable insights into the distribution and habit of gold that is unable to be seen within RC chips. Visible gold was seen in both holes, occurring as very fine grains, millimetre sized blebs and flakes on shear surfaces. The oxide core will also be used for density and preliminary gold recovery test work. 20RDD001 had poor recoveries between 58.2m and 60.8m (2.6m of the 6.3m mineralised zone). However, multiple samples with high grades had 100% recovery, including 0.2m @ 468.0g/t, 0.6m @ 25.8g/t and 0.4m @ 15.6g/t. If the 2.6m of poor recovery is treated as having zero grade, the entire interval still returns 6.3m @ 18.4g/t. A detailed breakdown of the interval is given in Appendix 1. A number of diamond holes were drilled to test grade continuity at depth. In addition, a single hole was completed south of the lamprophyre intrusion. All holes intersected gold, indicating that the mineralisation remains open at depth and along strike. Better results include: 10.9m @ 6.1 g/t Au from 291.1m incl. 3.1m @ 14.5 g/t Au in 20RRC015D, 2.3m @ 9.5 g/t Au from 292.9m in 20RRC013D, 4.0m @ 3.9 g/t Au from 277.5m incl. 2.0m @ 6.9 g/t Au in 20RRC014D, and 1.4m @ 8.0 g/t Au from 331.0m in 20RRC016D. The holes in the central part of Hub all confirmed the continuity of the mineralisation. The deepest hole completed to date in the central part of Hub returned 2m @ 5.4g/t in 19RCC089D, highlighting the mineralisation remains open at depth. At the southern end of the prospect, a diamond tail (20RRC024D) was completed approximately 100m underneath a previous RC hole 19RRC074. Hole 074 intersected a thick section of mineralisation approximately 200m south of the lamprophyre intrusion. The diamond tail also intersected gold mineralisation, with a best intercept of 2.8m @ 1.6g/t, as part of a 10m zone of anomalism directly beneath hole 074. Whilst the grades are modest, the diamond tail indicates that the mineralisation continues to the south and at depth. It is likely this hole was too shallow to test the potential continuation of the high-grade southerly plunge seen in the central part of Hub. This area remains a target for future drilling.