Sunshine Gold Limited announced first results from RC drilling at Bald Hill West and Bonneville. Thirteen RC holes were drilled for 1,364m in December 2020. The drilling is the first phase of a larger 7,500m program at Triumph which will recommence at Bald Hill West. Drilling has been designed to assess the potential for a shallow open pit deposit and to provide cri cal informa on for targe ng deeper mineralisa on around Bald Hill. The drilling aims to infill and extend on previous programs that have yielded results including: 12m @ 13.42 g/t Au (9m, TDH039), 9m @ 3.59 g/t Au (114m, TDH008), and 11m @ 3.03 g/t Au (46m, TDH046). Drilling was undertaken in December 2020 with 8 holes drilled for 866m. The drilling completed targeted extensions to the very western end of Bald Hill West. Sunshine Gold is encouraged by the results to date which include: 9m @ 1.77 g/t Au from 26m (20BHRC005); 3m @ 1.91 g/t Au from 55m (20BHRC006); 4m @ 1.20 g/t Au from 81m (20BHRC007); 1m @ 1.04 g/t Au from 59m (20BHRC001); 1m @ 1.01 g/t Au from 68m (20BHRC002); 1m @ 1.50 g/t Au from 67m (20BHRC003); 1m @ 1.08 g/t Au from 51m (20BHRC004). Zones of sulphide from 5% - 25% content were logged in intervals over 3m in several holes in the interpreted lode posi ons. The drilling has validated the interpreta on of a steeply-dipping, stacked WNW-ESE oriented vein system. Mineralisa on is associated with elevated sulphide, in par cular arsenopyrite, within a broader chlorite - sericite altera on system. A 5 hole, 494m RC reconnaissance program on the previously untested Bonneville prospect was also completed in December 2020. Drilling tested a coincident geophysical (magnetic and induced polarisation) and rock-chip geochemical anomaly (6.01 g/t Au and 5.62 g/t Au assayed rock chip samples). Visual estimates of up to 1% arsenopyrite were logged in RC chips in 3 of the 5 holes. A discrete zone of pervasive sericite alteration was logged in 20BVRC004, coincident with the intersection of 1m @ 1.37 g/t Au from 55m (20BVRC004). The small amount of sulphide observed in the logging of the reconnaissance holes does not adequately explain the significant induced polarisation chargeability anomaly from the previous geophysical testing. Further refining of the drill target will be undertaken, including a detailed gradient-array IP survey over the area. The remaining program at Triumph cons tutes 6,000m of RC drilling. Bald Hill West and Bald Hill Central will see a further 3,000m of infill and extensional RC drilling which will be amongst and beneath previous intersec ons of 12m @ 2.55g/t Au (16m, TDH047), 18m @ 1.55 g/t Au (7m, TDH022), 6m @ 2.42 g/t Au (7m, TDH021) and 9m @ 3.59 g/t Au (114m, TDH008). In addi on, step off extensional drilling at Bald Hill Central will look to define mineralisa on around the encouraging 2m @ 14.57 g/t Au (43m, TDH229) intersec on. Following Bald Hill, drilling will move to Super Hans which is interpreted o be the faulted offset extension of Bald Hill, across the Norton Fault. Previously eight shallow RC holes have been drilled around a historic sha with intercepts including 3m @ 6.46 g/t Au (20m, TDH124), 3m @ 5.01 g/t Au (20m, TDH182), and 2m @ 7.57 g/t Au (1m, TDH181). Super Hans is interpreted to join into the NW trending Big Hans lode which includes an intercept of 17m @ 4.30 g/t Au (1m, TDH118) near the interpreted junc on of the two mineralised systems. Over 1,000m of drilling is planned to test beneath the historic shallow intersec ons and to test the zone between Super Hans and Big Hans. Drilling will then move to New Cons tu on (1,500m RC planned) which contains significant historic workings and an RC hole intersec ng 10m @ 26.86 g/t Au (51m, TDH056) immediately adjacent to a 10m historic mined void. Reinterpreta on of the mineralisa on in the area shows three dis nct steeply dipping lodes, trending NW. The WNW trending Brigham Young structure is interpreted to intersect New Cons tu on near the mined void and has possibly offset northern New Cons tu on to the west. Reconnaissance drilling will test the offset lode concept and assess the Brigham Young structure (similar orienta on to the Bald Hill lodes).