Top Aerospace Startups in 2026

Space Made Simple. We are a true end-to-end service provider letting our customers rapidly deploy and operate their payloads on reliable high-performance satellites at an unprecedented simplicity and affordability. Using our Payload Hub, Loft Orbital can seamlessly integrate with multiple payloads and buses out of the box, offering customers the development times of CubeSats without sacrificing heritage, performance, or reliability.

Teal has raised over $20M in venture financing and is based in Salt Lake City, Utah. We build our own hardware and software drone platforms for Consumer and Enterprise applications. Teal One, our flagship product, is one of the highest performing drones in the market, offering an incredible flight experience to users, premium hardware and design, and a software platform that fuels innovation.

We at Spinlaunch develop and design technology for mass accelerators. Spinlaunch was founded by Jonathan Yaney in 2014, and has since raised over $80 million dollars in funding. Our corporate headquarters is in Long Beach California. We also have a flight test facility at Spaceport America in New Mexico. We are developing a kinetic energy space launch system that lowers the dependency on traditional chemical rockets which lowers the cost dramatically.

Atomus is building cybersecurity for the world’s most critical companies. Instead of these companies building their own cybersecurity they onboard to our cybersecurity infrastructure. Examples of our commercial customers include hypersonic aircraft companies, satellite and space mission systems companies, AI and software companies, among many others. We are on a mission to bring industry leading cybersecurity to every business starting with the Aerospace and Defense industry. You get to work for some of the most exciting teams building some amazing technology for the DoD, and be on the frontlines for them.

GITAI is developing robots to work in range of space environments to free humans from performing dangerous tasks and reduce operational costs in space by up to 100 times. GITAI aims to provide highly capable, safe, and reliable robots to help build and maintain satellites, lunar colonies and even cities on Mars. GITAI is bringing together the best talents in the world to make this dream a reality. GITAI is a relatively small but rapidly growing company. Over half of our full-time employees have PhDs in engineering and science and three are former research associates from the University of Tokyo. GITAI has many exciting projects at various levels of development and testing, from early concepts to laboratory prototypes to our technical demonstration robot currently deployed in a commercial module of the International Space Station. GITAI is actively seeking highly motivated engineers and business development professionals to support these many endeavors. If you think you have what it takes, come join us to send robots to the final frontier.

Firefly’s vision is to extend humanity’s reach into the universe by assembling a team of like-minded individuals to build the next generation of spacecraft. Firefly is first and foremost a business - our spacecraft are designed to satisfy a market need & provide a high return to shareholders. The strongest current need is for a dedicated small satellite launcher in the half-metric-ton payload class. Firefly is focused on developing & deploying this launcher, to provide low-cost, high-performance space launch capability. In the under-served small sat market, secondary-payload launches are often the only option. Our first product, Firefly Alpha will change this. Capable of lifting 400kg to a 400km equatorial orbit, Alpha is designed for mass production & to fly 50x a year. The technologies employed in our state-of-the-art rockets provide a clear pathway for future incremental improvements in capability. Later vehicles will have reusable elements and employ air-breathing propulsion.

Echodyne Corp (echodyne.com) is building complete radar vision platforms as well as passive and active subsystems using our patented Metamaterial Electronically Scanning Array (MESA). Echodyne’s radar vision platform represents a new category of sensor technology – combining the all-weather, long-range, ground-truth measurement capabilities of radar with the high-resolution imaging capabilities normally associated with cameras or high-end LIDAR. Echodyneis a privately held company founded in 2014 to bring to market metamaterials-based radar products. Echodyne's investors include: Bill Gates, Madrona Venture Group, Vulcan Capital, Lux Capital, The Kresge Foundation, and others. The company is headquartered in Bellevue, WA.

Gather AI, a company co-founded by an award-winning team of three robotics engineers from Carnegie Mellon University with a combined experience of 25 years in developing autonomous flying vehicles is disrupting the supply chain industry. We believe in the mission of gathering and indexing physical data to bring the power of analytics to the physical world. We are developing a next-generation large scale data gathering fleet of autonomous drones with asset tracking and inventory monitoring as the beachhead.

Starfish Space is a fast-growing space startup based in Seattle, Washington. We're focused on building the infrastructure to allow humanity to expand into and across space. As the first step in this journey, we've developed a servicing spacecraft called Otter, a small and versatile vehicle that will enable affordable and available satellite servicing for the first time in the history of the space industry. We launched our Otter Pup 2 demonstration mission in the summer of 2025 and we’ll be launching multiple additional satellites in the coming years, with our first three Otter missions under contract with NASA, the U.S. Space Force, and Intelsat. We have raised over $150M in venture capital funding to-date, and grown to a team of 90+.

LeoLabs™ is dedicated to protecting satellites in low Earth orbit (LEO) from collisions. The number of satellites in LEO is growing rapidly, and there is no reliable or responsive commercial service for tracking these satellites and the debris that threatens them. LEO is a shared, critical resource and responsible stewardship is important if we are to maintain its use. LeoLabs™ Tracking as a Service (TaaS) will address this need with a worldwide network of phased-array radars and a data analytics service that will address the shortcomings of current data sources by (a) tracking 10x more debris than is currently tracked and (b) rapidly responding to urgent customer requests. LeoLabs™ TaaS also includes other services - quickly tracking newly launched satellites, verifying deployments, verifying maneuvers, and troubleshooting satellite malfunctions.