Leading Australia’s seismic future with eVibe innovation
Faraday Geophysics is quickly building a reputation as one of Australia’s most forward-thinking geophysical service providers. Born from the combined expertise of Ultramag Geophysics and Seismic Mechatronics, Faraday blends decades of survey experience with the engineering brilliance behind the eVibe — a next-generation seismic source redefining exploration possibilities.
Projects throughout Australia and abroad are targeting deeper, more complex geology and environmental expectations are higher than ever.eVibe represents a genuine step-change. Rather than relying on traditional hydraulic vibroseis systems — powerful but heavy, noisy and maintenance-intensive — the eVibe uses a direct electric drive. This delivers seismic energy with exceptional precision, force and repeatability and a dramatically reduced environmental footprint.
The eVibe difference
Hydraulic vibroseis units work by pushing a mass against the ground using hydraulic oil and servo-valves, typically powered by diesel engines to excite a reaction mass. While effective, they can be logistically challenging, require frequent maintenance and have limitations in low frequency output and sweep design.
The eVibe changes that equation. Its electric motors produce smooth, controlled force from the very first millisecond. The result is an often broader, cleaner frequency spectrum, and minimal harmonic distortion. This means sharper, images at all depths and data suitable for advanced processing techniques such as full-waveform inversion.
From a sustainability perspective, the benefits are compelling. Without hydraulics, there’s no risk of oil leaks. Power can come from battery packs or hybrid generators, cutting fuel use and emissions. Noise levels are also lower and in some cases nil (when used with an electric carrier), making the eVibe ideal for work near communities, farmland or environmentally sensitive areas.
A global wave of adoption
While Faraday is establishing a strong base in Australia, the eVibe’s appeal reaches far beyond local conditions. Faraday chief executive Daniel McClelland says the technology is now being embraced by major explorers across many commodities and worldwide.
“This technology is being quickly adopted by the major explorers worldwide — successfully deployed on gold, copper, critical minerals, oil and gas, geothermal and even carbon storage projects,” he said.
“The feedback is consistent: the eVibe is revolutionising the seismic industry by delivering the data quality and operational efficiency that modern exploration demands.”
This global uptake is testament to the eVibe’s versatility. Whether mapping mineralisation or deep oil / gas targets in the Australian outback, imaging geothermal reservoirs in European cities or oil sands and helium targets in North America, the system has proven adaptable, robust and capable of producing exceptional results.
Versatility across Australia’s exploration landscape
Faraday offers a range of eVibe configurations, from smaller Lightning units for rapid, low-impact mineral surveys to the more powerful Storm setup for deep energy exploration. This flexibility allows clients to select the right source for their geology, depth targets and environmental conditions.
In remote terrain, the eVibe’s ability to deliver strong low-frequency energy is a game-changer for mapping deep structures. In peri-urban or agricultural areas, its low-impact profile and smaller logistical footprint help streamline approvals and maintain good relationships with landholders.
The system is also carrier agnostic, meaning it can be flown via airfreight to sites across the country or world and mounted on a range of locally available machines, allowing for rapid deployment and seamless integration with existing fleets.
Positioned for continued growth in Australia
Australia’s exploration sector is in a phase of strong growth, fuelled by demand for critical minerals, renewable-energy projects and a resurgence in oil and gas appraisal. Faraday is positioned at the heart of this opportunity — offering a technology that helps clients meet objectives faster, with less disturbance and often at lower total cost once logistics are factored in.
Early adoption has been strong. Faraday crews have already completed successful projects in all states and territories, showing that the eVibe is not just a promising innovation but a proven, reliable field solution. Clients report high-quality datasets, faster mobilisation, smoother regulatory processes thanks to the reduced footprint and much lower costs.
Looking ahead
Faraday continues to expand its capabilities. By combining the eVibe with other innovative acquisition methods the company is building a toolkit adaptable to any exploration challenge.
The combined operational experience of Ultramag and Seismic Mechatronics provides clients with confidence in execution. Crews are experienced, data quality control is rigorous and the leadership understands both the technical and commercial realities of exploration.
The global shift toward cleaner, more sustainable operations is already here. Investors, communities and regulators expect exploration companies to minimise environmental disturbance while delivering results. Faraday’s eVibe offering meets this need — not only doing the right thing environmentally but also improving exploration outcomes.
High-fidelity seismic data reduces uncertainty, shortens timelines and can save millions by enabling more accurate drilling. For explorers, that’s a competitive advantage.
Faraday Geophysics represents a new chapter in Australian seismic acquisition — one where high-quality data, environmental care and operational efficiency go hand in hand. As Mr McClelland notes, the eVibe is already transforming the way seismic surveys are conducted worldwide.
With innovation at its core and global adoption underway, Faraday is not just participating in the seismic industry — it is actively shaping its future.
