Great Boulder Resources Limited announced the results from the maiden reverse circulation (RC) drilling program confirming the discovery of new gold mineralization at the Company's Blue Poles Prospect, situated within the Whiteheads project north of Kalgoorlie. Fifteen RC holes were drilled for a total of 1,448m in late November to test primary gold mineralization beneath recent air-core (AC) drilling intersections. Two holes were added to the program to target a lead-zinc prospect west of Blue Poles. The program identified primary mineralization over a 700m strike length, including broad zones of up to 52m @ 1.02g/t Au from 28m to the end of hole in 20BPRC006. Lower grade intersections over significant widths include 28m @ 0.61g/t Au from 32m in 20BPRC010, 29m @ 0.66g/t Au from 68m in 20BPRC009 and 42m @ 0.45g/t Au from 28m in 20BPRC012. These intersections are initial assays on 4m composite samples. The composite samples will now be re-sampled on an individual metre basis, which may result in the identification of discrete zones of higher grade mineralization within each interval. The program comprised 17 RC holes for a total of 1,706m. All holes were drilled to the west at a dip of -60° in order to cross-cut stratigraphy. Petrographic analysis of AC chips identified alteration and foliation consistent with a large, structurally controlled mineralized system. The RC results support this view, however there is insufficient data to confirm the dip of the mineralized structure at this stage. In the next round of RC drilling a number of holes will be drilled towards the east to confirm the dip of Blue Poles mineralization. At Whiteheads a ground gravity survey is expected to commence in late January. Gravity data will be collected at approximately 1,400 stations on a 400 x 200m grid on the eastern side of Whiteheads, complementing a survey completed previously by Pioneer Resources Ltd. on the western side of the project. The survey will assist Great Boulder to identify Carr Boyd-style ultramafic targets at depth. The gravity data will also be used to refine the Company's interpretation of possible mineralizing fluid pathways or natural plumbing systems driven by buried felsic intrusions north of Blue Poles.