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Voyager secures multimillion-dollar NASA contract extension

Stephen Kuper

US-based space and defence firm Voyager Technologies has secured a multimillion-dollar contract extension with NASA, reinforcing its role in supporting some of the agency’s most critical space missions.

The contract was awarded under NASA’s Expendable Launch Vehicle Integrated Support 3 (ELVIS 3) program through prime contractor a.i. solutions.

It extends Voyager’s long-running support of NASA’s Launch Services Program through to the end of the US government fiscal year, ensuring continuity across a range of high-profile missions.

Voyager president for space, defence and national security, Matt Magaña, said the extension underscored the agency’s confidence in the company’s technical expertise and operational performance.

“This contract reflects continued trust in our ability to deliver high-performance launch integration and mission support services,” he said.

“It places Voyager at the centre of some of NASA’s most important scientific and exploration missions, demonstrating our capacity to operate in highly complex launch environments,” Magaña added.

NASA’s Launch Services Program is responsible for procuring, managing and overseeing launch services for the agency’s robotic science missions.

These missions span planetary exploration, Earth observation and technology demonstration, forming a critical component of NASA’s broader scientific agenda.

The ELVIS 3 program provides essential launch vehicle integration, assembly and launch support services at Kennedy Space Center. Under the contract, Voyager will ensure that launch vehicles and spacecraft are fully integrated and prepared for flight, in line with NASA’s strict safety and mission assurance requirements.

Founded in 2019, Voyager Technologies focuses on delivering mission-critical space and defence solutions. The company specialises in addressing complex technical challenges, advancing space capabilities, and supporting national security objectives from ground-based systems through to orbital operations.

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