Cortus Metals Inc. is pleased to announce the completion of a 59.3 line-kilometer high-resolution ground magnetics survey over the southern one-third of its 7,613 ha Grayson Project, where rock grab samples in silicified jasperoid yield highly anomalous gold concentrations of up to 647 ppb. This new data shows linear magnetic lows coincident with [...]
Cortus Metals Inc. is pleased to announce the combined results of recently completed, property-wide geochemical and gravimetric surveys at the Powerline project in Pershing County, Nevada, USA. Soil samples were collected systematically at 120 m spacing with 300 m line spacing over the entirety of the project. Ionic leach processing, a highly [...]
Cortus Metals Inc. is pleased to announce the completion of a 193 line-kilometer high-resolution RMI-RTP ground magnetic survey over the entirety of its Whalen Project , located 45 kilometers southwest of Gold Standard Venture's Carlin-type Pinion and Dark Star gold deposits in Eureka County, Nevada. Cortus has mapped faults that coincide with a [...]
Cortus Metals Inc. , is pleased to announce the geochemical results of an Ionic Leach soil survey at its 100% owned Roberts Creek project in Eureka County, Nevada, USA. The 23 line-kilometer survey added 201 samples collected at 120 m intervals with 300 m line spacing to extend the existing soil sample grid to a collective total of 558 samples [...]
Cortus Metals Inc. is pleased to announce the completion of a 128 line-kilometer high-resolution ground magnetic survey over the entirety of its Powerline Project. The project consists of 219 recorded unpatented federal lode mining claims located 8 kilometers northeast of the Spring Valley gold deposit along a southwest extension of the Getchell [...]
Cortus Metals Inc. is pleased to announce fieldwork results on its Grayson Project in Pershing County, Nevada. Geological and structural mapping have identified a zone of extensive veining, silicification, and jasperoid outcrop coincident with newly discovered thrust faulting and a linear array of historical mine workings. This highly prospective [...]
Cortus Metals Inc. is pleased to announce that it has completed the acquisition of Intermont Resources LLC and settled related short-term debts. CEO Sean Mager commented, "This transaction solidifies 100% ownership of our highly prospective portfolio of 20 projects and enables Cortus to accelerate exploration programs via partnerships. We look [...]
Cortus Metals Inc. is pleased to announce that the Company has closed a private placement of $1.275 million and arranged aggregate debt settlements of $386,860 in cash and units of Cortus, for a combined total of 10.43 million units, in connection with completing its acquisition of Intermont Resources LLC to finalize 100% ownership of its portfolio [...]
Cortus Metals Inc. is pleased to announce that the Company will, pursuant to the option agreement dated May 28, 2020 between the Company and the holders of the membership interest of Intermont Resources LLC , exercise its right to acquire 100% ownership of Intermont in consideration of the issuance of 5,000,000 common shares. The acquisition of [...]
Cortus Metals Inc. is pleased to report the results of its 380 line-km high-resolution ground magnetics survey covering the 2,590-hectare Red Rock project area. The property is located within the prolific Carlin Trend of northeastern Nevada, approximately 15 km southeast along-trend from Gold Standard's Pinion and Dark Star gold deposits, which are [...]
Cortus Metals Inc. is pleased to announce the results of fieldwork completed over the entirety of its Roberts Creek Project, including high-resolution ground magnetic, gravity, and soil sampling surveys to identify potential Carlin-type alteration and gold mineralization where structural and stratigraphic controls with favorable orientations are [...]
Cortus Metals Inc. is pleased to report that a 35.3 km2 ground magnetic survey has been completed over the entirety of its Cobre Project, located in northeastern Nevada. The survey identified an 8 km2 section where numerous linear magnetic anomalies lie beneath underexplored shallow alluvial cover. These anomalies greatly enhance the geological [...]
