Target Generation

Confidence to invest.  
Clarity to accelerate.  
Conviction to walk away early.

Trusted By

Capital decisions move faster than the data that should support them. It's often the nature of exploration. Unresolved uncertainty travels downstream and compounds. It shows up in metres drilled against the wrong target and programs that stall mid-cycle.

The challenge

You have candidates. No defensible way to prioritise them.

Multiple prospective targets.
One budget cycle.
No reliable 3D structural model.

Exploration teams experience a step-change in targeting effectiveness when they operate within an accurate, depth-resolved 3D structural model. Regional datasets and preliminary work identify candidates; the structural framework resolves what each one is, where it sits, and how deep it goes.

Targeting generation and ranking becomes a defensible decision, and the capital, time, and program momentum that follow compound on the highest confidence target rather than dissipating on the wrong one

Seismic delivers the structural clarity needed to act.

The solution

Seismic purpose-built for Target Generation.

Ambient Noise Tomography (ANT). Passive seismic. Depth-resolved 3D velocity model.

Depth + Cover

Resolves structure under cover, to depth. ANT propagates through post-mineral sediment, deep weathering and complex terrain unimpeded. The output is a depth-resolved Native 3D velocity model. Not a 2D projection, not a gradient. The ground truth structure.

Integration

Integrates with everything you already own. ANT velocity constrains MT, gravity, magnetics, legacy drilling and geochemistry into a single 3D model. Prior investment compounds. It does not accumulate.

Speed

Structural framework within 48 hours. Real-time QA/QC via satellite means the structural picture arrives before capital decisions need to be are made, not weeks after.

Machine Learning

Prospectively modelling grounded in real geology. Supervised where drillhole data exists, unsupervised where it doesn't. Every target traces back to physical evidence. Not pattern matching on disconnected inputs.

The solution

Fleet works differently.

The only seismic team
dedicated to mineral exploration.

[1]

Built for hard rock. Not adapted from oil and gas.

Hard rock mineral systems are structurally discrete and complex at depth. Fleet's processing, channels, and methods are designed for that geology, not translated from sedimentary basin workflows.

[2]

Your existing data, properly constrained

Historical inversions are integrated, not discarded. Comet converts legacy assays into mineral domains. Prior investment becomes a structural foundation, not a liability.

[3]

3D structure where 2D methods can't reach

Understand mineral variability, hardness and sulfide behaviour early, reducing downstream processing risk.

[4]

Structural clarity within 48 hours of acquisition

Real-time QA/QC and data ingestion through ExoSphere means the structural framework arrives before downstream capital decisions are made, not after.

[5]

Passive acquisition. Works through any cover.

Passive seismic propagates through post-mineral sediment and weathering unimpeded. Deployable in days. No source requirements. No mobilisation constraints.

[6]

ML constrained by geology, not applied over it

Prospectivity modelling is anchored to the 3D velocity model. Supervised where drillhole data exists. Unsupervised cluster extraction where it doesn't. Either way, targets trace back to physical evidence.

Pricing

Start small.  
Scale when value is proven.

	Uncertainty Assessment Data Review and Report	3D Structural Mapping Data Review and Report	High-Resolution Imaging Data Review and Report
Purpose	Quantify and understand subsurface uncertainty	Define 3D structure and collapse uncertainty	Precisely image known targets at high resolution
What you get	Structural interpretation Uncertainty report Priority zones identified	Survey deployment Processing & inversion Integrated interpretation Ranked drill targets	Survey design & acquisition High-resolution imaging Advanced interpretation Detailed structural definition
Resolution	Conceptual	District-scale 3D	Deposit-scale 3D
Timing	~1 week	4-8 weeks	8–16 weeks
Outcome	Clear decision pathway.	District-scale clarity. Drill with confidence.	Drill-ready precision.
Price	$25K	From $500K	From $3M

Customer Impact

Ground truth for
in-the-field decisions

Challenge

Gold project. Primary targets 600m below surface. Too many competing geological narratives. No model capable of resolving which targets warranted capital.

Solution

ANT survey integrated with legacy drill data, assays and gravity. ML ranking applied across the full search space.

Impact

Two targets confirmed drill-ready. Third target walked away. Saving estimated $3M in misallocated drilling spend.

Challenge

District-scale copper tenement. Drilling budget approved. Structural confidence too low to defend target sequencing.

Solution

High-resolution 2D active seismic across five lines totalling 26.4 km, integrated with existing drillhole assays, geological models, and structural interpretations.

Impact

Search space reduced from 11 zones to 3 priority corridors. Phase 1 drilling committed within 6 weeks.

Challenge

Blind epithermal gold beneath 200m of post-mineralisation cover in remote jungle terrain. Surface methods and IP lacked resolution to define the fault controls. No structural basis for committing drill capital.

Solution

High-resolution 2D active seismic across five lines totalling 26.4 km, integrated with existing drillhole assays, geological models, and structural interpretations.

Impact

Two high-priority drill targets identified within weeks of delivery. Fault imaging extended to 3.5 km depth. Immediate drilling enabled. Promising early results.

Challenge

Copper 9,439km² Saudi Arabia. No 3D structural framework. Capital committee needed defensible evidence before committing the next phase.

Solution

Largest single-operator ground geophysics program in history. 11,000 station-deployments, 6 project areas, 7.6 months. 50X the deployment rate of the fastest national geophysics programme ever run.

Impact

Six tenement decisions delivered. Search space reduced by 70–85%. Two tenements downgraded before a single unnecessary hole was drilled. 3 from 3 Fleet-proposed holes intercepted sulphides.