Future Battery Minerals extends strike length of its Nevada lithium project by 1.7km
Mining
Mining
Special Report: Phase 3 drilling at Future Battery Minerals’ 80%-owned Nevada lithium project has substantially extended the strike extent of the Lone Mountain mineralisation, which now stretches over 3km.
Future Battery Minerals’ (ASX:FBM) Lone Mountain prospect has been the subject of a combined reverse circulation (RC) and diamond drilling (DD) Phase 3 program to test the southern strike extent of the shallow deposit.
The six drill holes totalled 1,177m, intercepting the host Siebert Formation from surface and returning results like 226m @ 855ppm lithium from 140m.
FBM has now received the full batch of RC assays which extend the delineated strike extent of the thick Lone Mountain mineralisation by an additional 1.7km.
The company says this strike extent includes a modelled continuous thick package of +1,000ppm lithium claystone.
Thick, shallow standout RC results from this phase of drilling include:
FBM plans to incorporate the results into a maiden resource estimate for the project, on schedule for Q1 2024.
“Our Phase 3 drill program at the Nevada lithium project has been a huge success,” FBM managing director and CEO Nick Rathjen says.
“The RC assay results released today demonstrate an approximate 130% extension of the known strike of the Lone Mountain mineralisation.
“When coupled with the results from the diamond drilling component of Phase 3, it is evident as to why we are so pleased with the outcomes from this phase of drilling.”
All Phase 3 assays are now with FBM’s geological partner in Nevada, Stantec Consulting to deliver the resource estimate.
FBM says it looks forward to demonstrating both the scale and opportunity that exists at the NLP.
This article was developed in collaboration with Future Battery Minerals, a Stockhead advertiser at the time of publishing.
This article does not constitute financial product advice. You should consider obtaining independent advice before making any financial decisions.