Inflection Resources – A dive into the recent drilling news outlining a new potential porphyry zone
Cory
October 20, 2020
Alistair Waddell, President and CEO of Inflection Resources (CSE:AUCU) joins me for a discussion focused on the recent drilling at three additional targets at the Company’s Northern NSW Project.
I introduced Inflection Resources in mid September outlining the strategy of testing the Company’s massive land package and around 20 targets by drilling a couple holes in each target. This recent news is the second round of comments on the drill core that the team is seeing. Click the link below to read the full news release and please send me any questions you have for Alistair – Fleck@kereport.com.
Click here to read over the full news release.
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Oct 20, 2020 20:25 AM
Thinly traded in US OTC as AUCUF
Inflection discovers alteration zone at Northern NSW
2020-10-19 10:16 ET – News Release
Mr. Alistair Waddell reports
INFLECTION RESOURCES DRILLING INTERCEPTS NEW ZONE OF ALTERATION SUGGESTING PROXIMITY TO SECOND PORPHYRY CENTRE
Inflection Resources Ltd. has released the results of drilling on three additional targets, part of its Northern NSW project located in New South Wales, Australia.
Summary highlights:
First-pass drilling on the Trangie target has discovered a new zone of highly encouraging alteration, characteristic of that seen in the vicinity of Macquarie Arc porphyry systems.
Trangie drill hole TRNDH002 hosts the strongest favourable alteration drilled to date and suggests Inflection has potentially identified a second porphyry centre. TRNDH002 is located 6.3 kilometres south-southeast of Myallmundi drill hole MYLDH001 (see Inflection news release dated Sept. 2, 2020) where the first potential porphyry centre was identified.
Plans for priority follow-up, stepout drilling are under way with the intention of vectoring into a potential gold-copper porphyry centre. Applications have been made for a series of new drill platforms in the vicinity of drill hole TRNDH002 along with those stepping out from the previously reported MYLDH001.