News and Media
Ausmex Mining Group aims to fast-track open cut gold mining at its Mount Freda Complex near Cloncurry, with first production on-track for the second half of next year.
Ausmex Mining Group managing director Matt Morgan is not coy about his expectations for the fledgling goldminer.read more
The Little Duke-Mount Freda-Evening Star Mineral System, Cloncurry District Based on Core Lithologies
Ausmex Mining Group Limited (Ausmex, AMG, or the Company) hold mining leases that include the historic high gold mine Mt Freda, and previously mined high grade copper mines Evening Star Canteen…read more
Integrated Petrophysical and Geochemical Analyses..
This report is part of CSIRO’s Uncover: CLONCURRY project, this report focusses on the geochemistry, mineralogy and petrophysics of the Canteen Cu‐Au prospect…
Ausmex Mining Group Ltd (ASX:AMG) has submitted a Mining Lease Application (MLA) for the Golden Mile high-grade gold projects within the Mt Freda Complex in northwest Queensland…read more
Ausmex Mining Group Ltd (ASX:AMG) has found more high-grade gold beneath the Mt Freda open cut gold mine in Queensland…read more
Geological Constraints on the Interpretation of Shallow Conductive Targets Identified by Magnetotellurics at Burra, SA by Emeritus Professor Ken Collerson PhD, FAusIMM
This report was commissioned to assess the metallogenic significance of the crustal scale conductivity anomalies identified from magnetotelluric data (AusLAMP survey) at Burra.read more
Lithological and Chemical Constraints on the Mount Freda-Evening Star Mineral System, Cloncurry District Improve IOCG Metal Source Targeting
The discovery of a copper, gold, nickel and cobalt – rich tuffisite breccia pipe in two
diamond drill cores (ES19DD001 and ES19DD003) at Ausmex Evening Star prospect
has significant implications for the Cloncurry District IOCG mineral system model and
thus, for exploration strategies and target identification….
Watch Video: The Ausmex team on site explains the drilling in progress for Queensland Projectread more