Space Robotics Enterprise, Astrobotic, is Making Its Moonshot
For the first time in nearly 50 years, humanity is headed back to the surface of the Moon. Astrobotic, Pittsburgh’s space robotics company is leading the way.
It all started with a dream and a few brilliant minds above a bagel shop near Carnegie Mellon University’s (CMU) campus. Founded in 2007, our intent was to compete for the Google Lunar XPRIZE – a competition to land on the Moon and send photos and videos back to Earth. No team ever won the prize, but it was the catalyst for us and others to get started. Today, we are a lunar logistics company that delivers payloads (cargo) to the lunar surface. Think of it as having a seat on a lunar bus – all sorts of ideas, technologies, and experiments are aboard – and Astrobotic is providing the landers, rovers, and tech to get there. Interest in the Moon and space exploration has reignited this past decade, but it wasn’t always so favorable.
Traditionally, only billionaires and wealthy governments have had access to space. Back in 2007, Astrobotic was a brand-new company formed during a financial crisis, trying to break into a highly exclusive space industry. We almost closed our doors several times. In the face of mass skepticism, we created our chance to achieve what only superpowers have done before: land on the Moon. Today, as I walk the halls of our new headquarters housing Astrobotic’s growing team of 158 brilliant minds, I remember the times investors laughed at our pitch deck. They could not imagine how a tiny company in Pittsburgh, Pennsylvania could achieve an out-of-this-world dream.
From inception, contract after contract fueled our team to develop new technologies and innovative space robotics. Scientists, universities, countries, and even the public wanted their own moonshot. We made history and solidified our lead in the industry by securing a record fifteen commercial customers (including NASA) from seven different countries aboard Peregrine Mission One, our maiden voyage to the Moon. Peregrine is slated to be the first US spacecraft to land on the Moon since the Apollo missions nearly fifty years ago and will carry scientific instruments, technology demonstrations, time capsules, and more in mid-2022.
After spending our first few years developing multiple rovers and landers, forming partnerships, and signing many contracts, we opened the doors to our new 47,000sqft headquarters in October 2020. This officially cemented our place in history as Pittsburgh’s very first space robotics company and one of the largest private facilities in the world dedicated entirely to lunar operations. In it, our team will continue developing rovers, building landers, and engineering novel space navigation systems. More recently, Astrobotic won a $199.5 million contract to deliver NASA’s water-hunting rover, VIPER, to the surface of the Moon aboard our Griffin lunar lander. When VIPER disembarks from Griffin’s ramps onto the lunar surface in 2023, it will survey the surface and subsurface for water ice, which could be used for breathable air and rocket propellant by future deep space explorers. VIPER could be the first step toward utilizing resources in the space environment – rather than carting them all from Earth – to enable more affordable and sustainable space exploration.
To date, we have two fully funded lunar lander missions on the books, more than 60 prior and ongoing NASA and commercial technology contracts worth upwards of $325 million. I am incredibly proud to lead this team, and I still think of Astrobotic as a blue-collar space company influenced by our roots here in Pittsburgh. Our approach is to work hard and deliver great technology, rather than make a big splash or overpromise. I believe this is why we flourished when other larger startups backed by wealthy investors failed. We were focused, challenged, and driven to execute a new reality for the space industry, all while staying in the place we call home – Pittsburgh.
Related Blog Posts
Robotics as a service and a solution: mobile and autonomous robots will transform the way we live and work
Patrick Mondi, CEO, Thoro.ai, May 25, 2022
Using Technology to Unlock the Potential of People with Disabilities
Rory A. Cooper,
Director, Human Engineering Research Laboratories (HERL), University of Pittsburgh, May 18, 2022
Looking to the Outer Space to Create a New Corporate Citizen Model on Earth
Justine Kasznica, Shareholder, Babst Calland and General Counsel to Astrobotic; Founder/Board Chair, Keystone Space Collaborative; and Founding Board Member, Moonshot Museum, May 4, 2022