Exploration today is too slow and too expensive to support humanity’s future. We are here to offer practical insights and applications merging advanced geoscience and space innovation for accelerated business outcomes.
Learn how cutting-edge geoscience and space-enabled tech meet to address global challenges and drive us towards a brighter future.
Why does Fleet Space ANT technology use 1 component compared to 3 component seismic sensors? To deliver our clients with the cleanest S-wave data in an efficient and timely manner for imaging the subsurface.
Uncover new ANT models in one of the world's greatest uranium districts, the Athabasca Basin, Canada. The ANT models highlight zones of low-intermediate velocity that correlate with alteration of the host sedimentary rocks. Alteration can happen when uranium mineralisation is nearby, which has our clients, IsoEnergy and Terra Uranium, excited for future drilling campaigns.
Discover more about our innovative technology by exploring our most frequently asked questions.
Explore our sustainable technology revolutionising mineral exploration to meet the rising demand for critical minerals beneath the Earth's surface.
We break down the differences between these seismic methodologies and show how you can use ANT for greater depth of cover.
Helping businesses efficiently unlock exploration potential and race to net-zero with EXOSPHERE BY FLEET®.
To overcome the obstacle of exploring beneath cover, 100 geodes were deployed to deliver real-time insights to complement and validate the geological features of the site. Explore the significant advantages of mapping down to a depth of 1km.
Discover how ANT transformed the understanding of the Emmie Bluff region for Coda Minerals. This cutting-edge exploration unveiled the elusive boundary between the surface and underlying rock, highlighted crucial structures within the rock, and identified fresh drilling prospects.
Discover how Coda Minerals harnessed data and insights using EXOSPHERE BY FLEETⓇ to open new resource expansion areas and identified new drill targets in the Olympic Copper Belt in South Australia.
In just 25 days, Hillgrove Resources deployed a survey size over 258km² achieving a depth of 3.7km and a resolution over 200m. The goal was to assess a large area for significant copper deposits rapidly. Discover how Hillgrove cut their exploration time down from years to weeks.
Wanting to bring lithium to market sooner to support a carbon-neutral future, EverGreen Lithium deployed a survey over an area where there were known soil anomalies. This enabled the team to see depths between 400-500m and rapidly generate a model to determine action. Discover how EverGreen Lithium is getting results faster and drilling the best holes earlier.
Find out how Core Lithium successfully imaged pegmatites at a remarkable 500m depth, with a mere 5% velocity contrast. Witness firsthand the game-changing depth detection that sets the ANT method apart from other geophysical methods.
Discover how Alligator Energy is harnessing EXOSPHERE BY FLEETⓇ to unlock opportunities of low-impact exploration paired with real-time results provides to accelerate uranium drill targets.
Stay ahead with cutting-edge insights, expert perspectives, and interactive discussions – enabling you to expand your knowledge and take impactful action now.
Discover the complete process of creating a 3D model with EXOSPHERE BY FLEET® and explore the latest product innovations.
Discover the complete process of creating a 3D model with EXOSPHERE BY FLEET® and explore the latest product innovations.
Watch to gain insights into the primary applications of ANT and firsthand accounts of our assistance in exploring beneath significant cover depths.
Technical papers and peer-reviewed journals for deeper exploration and understanding of the science behind Ambient Noise Tomography (ANT) and EXOSPHERE BY FLEET®.
In this paper, Fleet Space’s geophysicists discuss a new 3D ANT model of a copper-gold deposit and compare the seismic results with existing potential field geophysics across the deposit.
In 2022, Core Lithium conducted successful trial surveys of Ambient Noise Tomography (ANT), offering fresh optimism that the direct detection of pegmatites is attainable and can also expedite exploration processes.
Core Lithium Ltd conducted a blind test of the Ambient Noise Tomography (ANT) technique in an attempt to image the BP33 pegmatite.
Over 45 days, 40 Geode seismic sensors were deployed for 11 consecutive surveys, covering approximately 80 km2 around the Fimiston gold mine.
Explore the distinctions between contemporary nodal technology and the Geode, presenting findings from a field trial comparing Geode's performance to a widely adopted nodal geophone.
