BioOrbit Raises £9.8M Seed To Manufacture Cancer Drugs in Orbit

London-based BioOrbit announced a £9.8M (€11.4M) seed round yesterday to ramp up its space-drug manufacturing capabilities and expand its presence in the US market. LocalGlobe and BREEGA co-led the round, which included participation from Auxxo, Seedcamp, Type One Ventures, 7percent Ventures, and undisclosed angel investors. Meet BioOrbit: Founded in 2023, BioOrbit is attempting to leverage microgravity to reformulate drugs so that they can be self administered by patients instead of requiring medical staff to administer them. To achieve this, BioOrbit has built BOX, a microwave-sized, autonomous manufacturing unit that can fly to space and produce crystallized cancer-drugs inside a reentry vehicle or commercial space station. The goal is not to develop new drugs in space, but to make already successful treatments more accessible to the average person. “Our primary targets are anti-cancer antibodies, because this is where we can bring the biggest value propositions,” BioOrbit CEO Katie King told Payload. “We would be looking at taking marketed products and turning them into subcutaneous versions.” Spend that money: The seed capital gives BioOrbit the funds to expand its production, as it aims to transition from early-stage demonstrations to industrial capacity. BioOrbit also plans to open up an office on the East Coast of the US, and has hired two Redwire veterans to help it hunt down contracts with large pharmaceutical firms, according to King. Molly Mulligan, formerly on Redwire’s business development team, has been appointed president of BioOrbit. Mulligan signed the first in-orbit pharmaceutical royalty agreement, according to BioOrbit.  Ken Savin, formerly Redwire’s chief science officer, has been appointed to the same role at BioOrbit. Savin has two decades of experience at Eli Lilly. He also worked for CASIS, as a director working with the ISS National Lab. What’s next: BioOrbit sent its first BOX to space onboard a demonstrator mission for The Exploration Company’s Nyx spacecraft last year, and is scheduled to send its second mission to orbit this year. King expects to fly as many as two missions in 2027. It’ll be a long while before BioOrbit-developed drugs make their way into patients’ hands—King expects the regulatory process to take about five years before clinical trials can begin—but the company has multiple revenue streams cooking to get the money flowing before then. BioOrbit is building terrestrial drug manufacturing capabilities to bring its innovations to market without the need of space, and company officials hope that co-development contracts with pharmaceuticals can start the revenue flow before drugs make their way onto shelves. Correction: This article was updated to clarify BioOrbit’s first mission. It flew on a demonstration vehicle from The Exploration Company. Related Stories Europe • Startups Austria’s First Commercial Sat is Ready for Launch Vienna-based startup Tumbleweed announced this week that it shipped its first satellite—called Oasis Alpha—to launch integrator Exolaunch ahead of a scheduled flight in July. VC/PE Impulse Space Closes $500M Series D “Often in a fundraise like this, there’s some narrative of, ‘Okay, well, now we move into this new line of business, or now we go build the factory in Ohio,’” President and COO Eric Romo told Payload. “There’s none of that here. This is really about, ‘We need more of the same. We need to continue on the same trajectory we’re on.’”  Europe Europe Celebrates its Sovereignty Progress at SmallSat Europe made its most concrete claim yet for sovereignty in orbit this week. VC/PE Observable Space Raises $90M Series A Space-tech startup Observable Space has closed a $90M Series A to boost its production of laser and optical hardware—in addition to expanding internationally beyond the US. More Stories EO CATALYST Unveils its Sat Product for City Skylines Jacqueline Feldscher April 30, 2026 April 30, 2026 Share Twitter Linkedin Facebook Copy Email The red dots show areas of movement detected by UrbanSAR in a Toronto neighborhood. Image: CATALYST CATALYST is rolling out a new product today that aims to make city skylines safer from space.  UrbanSAR will be able to detect millimeter-scale shifts in buildings, on a floor-by-floor basis. The changes will be spotted by interferometric SAR, which uses data from at least two SAR sats to determine very small changes over time, according to a press release from CATALYST—a brand of Ottawa, Canada-based remote sensing software firm PCI Geomatics. Why it matters: As cities put up new construction, builders don’t know what they don’t know—and there are many blind spots when it comes to traditional monitoring, according to CATALYST. One study in Toronto found that the top floors of new buildings—higher than ground-based monitoring can measure—moved up to 30 millimeters.  Keep reading Load More