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Pulsar Helium Signs Airborne Survey for Falcon Project
Pulsar Helium signs contract with Xcalibur for airborne survey at Michigan's Falcon Project to map helium potential.
In brief
Pulsar Helium signs contract with Xcalibur for airborne survey at Michigan's Falcon Project to map helium potential. Pulsar Helium Inc. signed a contract with Xcalibur MPH (Canada) Ltd to conduct a high-resolution airborne gravity gradiometry and magnetic survey at its Falcon project in Michigan's Upper Peninsula…
Pulsar Helium Signs Contract
Pulsar Helium Inc. signed a contract with Xcalibur MPH (Canada) Ltd to undertake a high-resolution airborne gravity gradiometry and magnetic survey at its Falcon project in Michigan's Upper Peninsula, USA.
Falcon Project Opportunity
The Falcon Project gives Pulsar a district-scale opportunity to evaluate an extensive and underexplored geological system over approximately 488,090 gross acres of mineral rights.
Survey Purpose
The survey tests whether ancient Precambrian basement geology and structural architecture underpinning Pulsar's Topaz helium project in Minnesota extend into Michigan.
Survey Methodology
The program uses 500-metre-spaced survey lines and 5,000-metre-spaced tie lines to map density contrasts, lithological boundaries and structural architecture.
Earth MRI Data
A newly released, high-resolution airborne magnetic and radiometric dataset funded by the USGS's Earth Mapping Resources Initiative covers a large portion of the Falcon Project at no acquisition cost to Pulsar.
Survey Timeline
The survey is expected to commence in mid-Q4 2026, providing high-resolution subsurface imaging to identify and rank helium exploration targets in Michigan.
CEO Statement
Thomas Abraham-James, CEO of Pulsar, stated the survey will provide a new high-resolution view of subsurface geology while integrating with Earth MRI data to efficiently rank targets for future drilling.
The bottom line
Pulsar Helium Inc. signed a contract with Xcalibur MPH (Canada) Ltd to conduct a high-resolution airborne gravity gradiometry and magnetic survey at its Falcon project in Michigan's Upper Peninsula, expected to start in mid-Q4 2026.
