— Experimental Blueprint —
Mining Extraction
Vessel
A mobile platform carrying the SEG-resonance ore extraction system onboard — bringing the same scalar-field ore loosening capability to terrestrial, lunar, and asteroid deployments.
Builds directly on the fixed SEG-Resonance Ore Extraction system. Not yet field-validated at industrial scale.
Vessel Blueprint
Vessel Cross-Section — Emitter Array Over Ore Body
Vessel Specifications
Onboard Systems
Dual SEG Power Core
Twin Searl Effect Generators feed the vessel's resonance emitter array and onboard processing systems without fossil input, sustaining continuous extraction cycles.
Retractable Resonance Emitter Array
A ventral emitter grid extends and calibrates to the target ore body's mineral-bond frequency, loosening material ahead of extraction — the same principle proven in fixed SEG-resonance mining installations.
Sub-Surface Ore Mapping
Onboard seismic and mineralogical scanning profiles ore strata in real time, feeding frequency calibration data directly to the emitter array.
Selective Extraction Arm
A low-force mechanical arm follows the resonance-conditioned zone, collecting finer, pre-loosened material with reduced energy draw and less waste rock.
Onboard Processing Bay
Extracted ore is sorted and pre-refined on-site, cutting transport volume before material leaves the extraction zone.
Live Metrics Dashboard
Avg Ore Yield
35.8 t
Avg SEG Stability
93.2%
- Ore Yield (t)
- SEG Stability (%)
Deployment Environments
Terrestrial Deposits
Wheeled/tracked mobility across active mine sites, repositioning the emitter array between ore zones without fixed infrastructure.
Lunar Regolith & Subsurface
Sealed hull and SEG power core allow independent operation in vacuum, extracting regolith-embedded minerals for Luna Prime supply chains.
Asteroid Extraction
Anchoring thrusters and a low-gravity extraction arm adapt the same resonance principle to low-mass bodies for off-world resource capture.