Metal Hawk Limited provides exploration projects update

Metal Hawk Limited (ASX: $MHK) has provided an update on its exploration activities at the Yarmany and Berehaven projects near Kalgoorlie in the West Australian goldfields. The company is conducting AC drilling at the Sidetrack lithium prospect and preparing for the next phase of regional drilling at Yarmany. Additionally, follow-up RC drilling is set to commence at the Commodore prospect within the Berehaven Project, targeting high-grade gold mineralisation.

Executive Commentary on Exploration Activities

Metal Hawk's Managing Director, Will Belbin, expressed enthusiasm about the progress, stating, 'The drilling campaign at the Sidetrack prospect at Yarmany is following up encouraging results from our previous drilling program where we identified positive indications of lithium fractionation. Preparations are also well advanced for the next phase of regional drilling at Yarmany which will commence after the upcoming Heritage Survey. This is also an opportune time to get back to Berehaven where we have unfinished business. Targeted AC and RC drilling will be completed over the next two weeks as we explore for more high-grade gold along strike from Commodore.'

Exploration Projects Update Summary

Metal Hawk Limited (ASX: $MHK) has made significant progress in its exploration activities at the Yarmany and Berehaven projects. Encouraging results from the Sidetrack prospect at Yarmany have led to ongoing AC drilling and preparations for the next phase of regional drilling. The company is also set to commence follow-up RC drilling at the Commodore prospect within the Berehaven Project, targeting high-grade gold mineralisation. With a focus on lithium, nickel, and gold mineralisation, Metal Hawk is strategically positioned to capitalize on the prospectivity of these areas. The upcoming heritage clearance survey at Yarmany and the planned drilling activities at Berehaven demonstrate the company's commitment to advancing its exploration projects and unlocking their full potential.