Canyon Resources Limited provide an updated Mineral Resource estimate of the high grade Minim Martap Bauxite Project (the Project) in Cameroon, West Africa. The quality of the Mineral Resource remains high in Alumina and low in Silica and contains: 1.027 billion tonnes at 45.3% Al2O3, 2.7% SiO2 at a cut-off grade of 35% Al2O3, including; A High Grade Resource of 500 million tonnes at 49.0% Al2O3, 2.6% SiO2 at a cut-off grade of 45% Al2O3, which includes; A High Grade Measured Resource of 268 million tonnes at 49.7% Al2O3, 2.6% SiO2 at a cut-off grade of 45% Al2O3. The 1 billion tonne resource represents only 17 bauxite plateaux of the Minim Martap Project with 62 plateaux remaining for drill testing. Metallurgical test work continues to show high availability of contained alumina at over 90% and consistently high recoveries for all Minim Martap bauxite. The resource update follows the grade definition infill programme and further exploration drilling totaling 210 drill holes for 2,432m. The programmes were completed within the reported Beatrice, Raymonde and Danielle Plateaux in the Minim Martap exploration permit as well as new exploration areas within the Makan exploration permit (Emile and Fabiola Plateaux). This work has allowed for an update of the Mineral Resource Estimate. As part of this work, the surface digital terrain model (DTM) was updated for all of the plateaux that formed the infill drill program, and new exploration areas, and has provided the confidence within the closely drilled plateaux to report Measured Resources. Geology and geological interpretation: The Minim Martap Project bauxite mineralization is a surface ore formed by the transformation of usually aluminium rich rocks and sediments through a lateritic process to form the bauxite ores. Mineralisation usually occurs in areas of plateau due to the nature of the formation process, and as such the real extent can be defined by the field mapping of outcropping bauxite in many regions. The Minim Martap Project Resource has clearly defined bauxite rich plateaux surfaces that are mapped and subsequently tested by drilling across their respective surfaces. The ore-body surface is mapped using an airborne LiDAR survey 4. Sampling and sub-sampling techniques: All drill samples were split from a primary sample of 5kg down to 1-1.5kg. The total sample is crushed to <2mm and then split to a 4-500g charge for pulverizing, and once pulverized a 100g pulp is sub-sampled and forwarded to an accredited laboratory for assaying. Drilling techniques: Three drilling techniques were used aircore, auger, and rotary air blast, with the majority of the samples collected via aircore techniques. All drilling rigs used NQ sized rods. All drilling by Canyon was undertaken using Aircore drilling rigs.