Egan Street Resources Limited announced that it has received encouraging new results from Reverse Circulation (RC) drilling at the emerging Orient Shear satellite area, located 200m from the main Woodley's Resource at its 100%-owned Rothsay Gold Project in Western Australia. The additional results, from a 60-hole programme conducted in fourth quarter of 2018, demonstrate that the mineralisation on the Orient Shear is more extensive than previously thought, confirming this area as a priority focus for additional drilling to continue growing the high-grade gold inventory at Rothsay. Following successful exploration drilling at the southern end of the Woodley's lode, and the subsequent increase in the Rothsay Mineral Resource Estimate (MRE) for Woodley's and Woodley's East to 1.54Mt at 9.2g/t Au for 454,000oz, EganStreet conducted an RC drilling programme designed to investigate potential mineralisation located below and along strike of small, historical (circa 1990) open pits at the southern end of the Orient Shear, and to identify a potential decline location with a new portal in one of the pits. The Orient Shear is located less than 200m west of the Woodley's Shear, it exists on a different geological contact to Woodley's and Woodley's East, positioned on a gabbro/dolerite contact within the Clyde sequence. There are known historical (1930's era) underground workings on the Orient Shear, this includes some of the deepest workings (outside the historical British Queen Mine) within the Rothsay goldfield. Three shallow open pits were also excavated on the Orient Shear in around 1990. The Orient Shear converges with the Clyde East Shear (which is located to the west of the Orient) just south of the southernmost pit, and the recent RC drilling program also tested this zone. Holes drilled by EganStreet in 2017 intersected patchy mineralisation at the southern end of the Clyde sequence. Results included 2m @ 21.6g/t Au (HSRC010) from 42m (Clyde East shear), below a major historical working, and 1m @ 3.1g/t Au (HSRC012) from 51m (Clyde shear). Historical intersections on the Orient line include MRP426 - 1m @ 43.8g/t Au from 22m (25m north of HSRC010), MRP204 - 1m @ 5.0g/t Au from 30m, MRP232 - 1m @ 12.8g/t Au from 21m, MRP236 - 1m @ 12.4g/t Au from 16m, MRP391 - 3m @ 18.0g/t Au from 20m (125m north of Orient pits) and MRP450 (located 250m north of the Orient pits) - 1m @ 7.5g/t Au from 15m. 60 holes for 4,765m were completed along 800m of strike. Quartz was intersected in many holes on the basalt(amphibolite)-gabbro contact, which is the Orient Shear position. Drilling also intersected mineralised quartz veining within the hanging wall gabbro as well as a weakly mineralised sub-parallel footwall shear. Results from intersections within the Orient Shear include:1.0m @ 29.6g/t Au from 68m in RORC040, 1.0m @ 29.14g/t Au from 61m in RORC027, 1.0m @ 25.0g/t Au from 57m in RORC025, 2.0m @ 6.3g/t Au from 90m in RORC038 and 1.0m @ 7.5g/t Au from 74m in RORC037. In the northern portion of the Orient Shear, a few deeper holes that were collared further east intersected quartz veining within shears in a footwall gabbro unit with results of 1m @ 34.58g/t Au and 1m @ 3.77g/t Au in RORC028 and 1m @ 4.98g/t Au in RORC039. These results demonstrate that mineralisation on the Orient Shear is more extensive than previously understood and presents a target for further drilling. The recent drilling campaign has been sufficient to demonstrate the suitability of extending the current Resource on both the Orient and Clyde East Shears, further drilling is required to in-fill and test for potential extensions of this mineralisation, and this work is expected to be progressed later in 2019. Historical drilling also intersected the Clyde East with MRP191 returning 2m @ 84.12g/t Au from 8m; MRP185 - 1m @ 5.94g/t Au from 13m and MRP186 - 1m @ 3.35g/t Au from 26m. EganStreet intersected the Clyde East Shear in the two southernmost holes with 2m @ 4.27g/t Au from 79m in RORC062; and 1m @ 2.35g/t Au from 54m in RORC061. Due to the proximity of the Orient pit and bund wall, this lode was not able to be fully tested. Further work is required to test this shear down-plunge toward the Orient Shear intersection.