Pittsburgh has never been accused of thinking small, and Astrobotic Technology is proving that point from 240,000 miles away. NASA awarded the Oakland-based aerospace company approximately $298 million across two new contracts last week to deliver scientific instruments to the lunar surface in 2028, lifting Astrobotic's total federal funding to more than $900 million since it was founded nearly two decades ago.
The contracts will fund two separate Peregrine lunar lander missions. Each will carry a distinct suite of payloads: a device to measure radiation exposure on the lunar surface, a camera system designed to observe and document micrometeorite impacts, and a small mirror-like retroreflector that future missions can use as a fixed landmark for navigation. Taken together, the instruments represent the kind of foundational science that NASA needs before it can build and sustain a permanent crewed presence on the moon.
"The experience gained from our first two lander programs has matured both our team and our technologies," said John Thornton, Astrobotic's chief executive, in announcing the contracts. "We look forward to applying those lessons to Peregrine-2 and Peregrine-3 as we continue supporting NASA in building America's Moon Base."
"The experience gained from our first two lander programs has matured both our team and our technologies."
John Thornton, CEO, Astrobotic Technology
The new award comes at a pivotal moment for the company. Astrobotic's inaugural Peregrine mission, launched in January 2024, suffered a critical malfunction in its propulsion system that prevented the lander from reaching the moon. The setback was a hard lesson, but the company used the experience to regroup, refine its engineering, and return with the confidence of an organization that now knows precisely where the margins are. The two new landers represent not just another contract but a statement: Astrobotic is not done, and it is not starting over. It is building on what it learned.
Pittsburgh's Role in America's Return to the Moon
Astrobotic is one of NASA's key partners in its Commercial Lunar Payload Services initiative, a program designed to move the agency away from building its own landers toward contracting with private companies that can deliver payloads more quickly and efficiently. Pittsburgh happens to be among the most capable cities in the country for that kind of work, with Astrobotic drawing on talent from Carnegie Mellon University's world-class robotics and engineering programs since its founding as a CMU spinout in 2007.
The company's trajectory mirrors Pittsburgh's own transformation over that same period: from a legacy manufacturing economy into something leaner, higher-technology, and increasingly oriented toward problems that did not exist a generation ago. Building lunar landers in the same region that once built the steel for the Golden Gate Bridge is, in its own way, a fitting continuity.
The new contracts also arrive as Astrobotic navigates a major corporate milestone. The company announced last month that it has entered into a definitive agreement to be acquired by Voyager Technologies, the Colorado-based space infrastructure firm, in a deal valued at approximately $300 million. That transaction is expected to close this month, which means the Peregrine-2 and Peregrine-3 missions will be executed under new corporate ownership. The Pittsburgh workforce that will build the next two landers remains firmly rooted here regardless.
What the Moon Missions Mean for Pittsburgh
Beyond the landers themselves, the significance of this contract is what it signals about Pittsburgh's growing role in the national space economy. The region has quietly become one of the most concentrated nodes of aerospace and robotics talent in the country, and each NASA award validates that the years of investment in building that talent pipeline have been worthwhile.
The payloads heading to the moon in 2028 are, in a sense, small objects doing enormous work. A radiation measuring device helps scientists understand the environment future astronauts will face. A camera documenting surface impacts advances knowledge of how the lunar regolith behaves over time. A retroreflector gives future missions a known, fixed point from which to navigate. None of these are glamorous headline items on their own. Together, they are exactly the kind of patient, rigorous science that turns a distant destination into a place where humans can eventually live and work.
Pittsburgh built a steel industry on the same principle: not by trying to do everything at once, but by solving one hard problem at a time until the whole enterprise became something no one had ever seen before. Astrobotic is doing much the same thing. And it is doing it here.