Metatek has locked in exclusive rights to Lockheed Martin’s advanced gravity-sensing technology for another seven years, a move that cements the UK firm’s edge in high-precision subsurface exploration. The renewed pact comes with acquisition of a new enhanced Full Tensor Gradiometer instrument, expanding the company’s already formidable airborne sensing fleet.
Demand for detailed geological data continues climbing as energy and mining operators chase harder-to-reach resources. Most competitors still run systems designed before the 1990s. Metatek’s exclusive pipeline to Lockheed Martin’s next-generation hardware leaves those rivals at a growing disadvantage.
The partnership traces back to Cold War submarine navigation technology. Lockheed originally engineered the eFTG to track minute gravity shifts underwater. Metatek adapted the system for aircraft, writing proprietary processing algorithms that filter out turbulence and noise. The payoff shows up in field operations: sharper imaging, better drilling target accuracy, and fewer dry holes.
Under the new terms, Metatek holds sole purchasing and operating rights for all new Lockheed Martin eFTG units through the early 2030s. The deal also includes favorable pricing on an additional system. Buying that extra instrument would push global exclusivity out another two years.
CEO Dr Mark Davies called the agreement a foundation for expansion. Three instruments now make up the fleet, with a fourth potentially on order. Each unit captures rapid, high-resolution subsurface data across diverse terrains and project types.
That speed matters for clients. Exploration teams and government agencies can now evaluate prospects faster and commit capital with more confidence. Davies framed the strategy bluntly: grow the business, maximize utilization of current assets, and meet rising demand without overextending.
The exclusivity window gives Metatek a near-decade head start. As resource projects grow more complex, access to superior sensing technology could decide which exploration firms survive.
