WACO, Texas, April 22, 2026 — L3Harris Technologies (NYSE: LHX), in collaboration with Yulista, has successfully delivered a cutting-edge flying laboratory to NASA, accomplishing this milestone five weeks ahead of schedule. This modified aircraft is set to enhance the collection of Earth science data for researchers around the globe.
The Boeing 777 has undergone significant structural modifications to support advanced scientific instrumentation, as well as accommodate 50 to 100 onboard operators. With capabilities for up to 18 hours of flight time at a maximum altitude of 43,000 feet, the aircraft is poised to further NASA’s Airborne Science Program. It will operate from NASA’s Langley Research Center in Hampton, Virginia, enabling investigations into atmospheric composition, ocean health, natural disasters, and the intricate systems of our planet—from the remote Arctic to tropical ecosystems.
“This platform represents a leap for NASA’s airborne science mission,” stated Jason Lambert, President of Intelligence, Surveillance & Reconnaissance at L3Harris. “The enhanced range, capacity, and flexibility accelerate the pace of scientific discovery and help translate observations into actionable insights for policymakers, emergency responders, and communities worldwide.”
L3Harris has implemented advanced engineering techniques, such as 3D scanning and specialized installation tooling, which allows the aircraft to support a diverse array of scientific payloads. Following the retirement of the NASA DC-8, this research aircraft will become NASA’s largest platform dedicated to airborne science, continuing a proud legacy of discovery while delivering new capabilities.
About L3Harris Technologies
L3Harris stands as the Trusted Disruptor in defense technology. Focusing on the mission-critical needs of its customers, the company provides end-to-end technology solutions that connect the space, air, land, sea, and cyber domains in the name of national security. For further details, visit L3Harris.com.
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Source: L3Harris (2026-04-22)
