Albion Resources Limited announced that it has completed an ultrafine soil geochemistry program over the prospective ultramafic rocks at the recently granted Leinster Project, located 30km southeast of Leinster. The Project covers the same conductive, nickel sulphide bearing unit as Auroch's the Horn and related Ni-Cu prospects, and lies adjacent to BHP's Nickel West Weebo Ni deposit. Approximately 500 ultrafine soil samples were collected across the prospective geology within the Project area. Ultrafine soils deliver multielement analysis derived from the ultrafine (< 53 µm) fraction of soil samples. The method is designed for soils developed in residual and transported materials, and provides for stronger signals (generally well above instrumental detection limits), excellent reproducibility and increased signal-to-background ratios than more conventional analytical methods. The soil sampling seeks to define extensions to previously drill-indicated nickel mineralisation in ultramafic rocks located beneath a sand veneer. Background: A deeply weathered regolith is preserved across much of the Project. Ferruginous relict terrain, including ferricrete and ferruginous saprolite, exists in the Project's west and north. Elsewhere, a sand veneer developed on hardpan mantles a variably truncated profile in the Project's east. In the south, dune deposits have formed on relict regolith above breakaways. Collectively, 85% of the tenure is mantled by media potentially unsuitable for conventional geochemical exploration. Most observed nickel enrichments (from the previous drilling on the east and west flank) occur in the upper regolith, reflecting the residual accumulation of Ni derived most plausibly from the weathering of disseminated nickel sulphide or Ni-silicate bearing rocks. Previous drilling on the east flank near the Perseverance Fault is mostly shallow (<50m vertical), with the mineralised intercepts such as LYER0376 (4m @ 5,060 ppm Ni) untested at depth by RC or diamond drilling. These intercepts present drill-ready targets. A POW application covering RC drill testing of this unit was submitted recently, with approval now received. Soil Program: The soil samples were collected on both reconnaissance and detailed grids across exploration areas along the eastern and western flanks of the Project, where ultramafic rocks were confirmed. The detailed soil grid (100m line spacing x 50m centres over 14 lines) covers the proposed drilling POW area. Analysis of the detailed grid soils have been expedited to assist with final collar positions. Reconnaissance grids were sampled on 400m line spacing and 100m centres. In the west, four reconnaissance lines were sampled to validate the legacy soil results. In the east, eleven reconnaissance lines were sampled to map extensions to previously drill-indicated nickel mineralisation into the adjacent covered environments. All samples have been submitted to ALS. Drilling Program: A maiden RC drill program, developing up to 12 holes (for a maximum of 1800m) and utilising the existing access, is envisaged to test previously drill-indicated nickel mineralisation in the underlying ultramafic rocks.