MSISV’s 2026 EMEA cohort highlights space health and materials bets

MSISV has named its 2026 EMEA accelerator cohort, the first public glimpse of the eight-week program since its launch. The batch includes startups working on space-based healthcare diagnostics and sustainable materials, a departure from the orbital data centers that have dominated recent funding rounds.

Sifted reported the cohort’s composition this week. No funding amounts were disclosed, though some accelerator programs offer capital in exchange for equity. The cohort size was not specified, though similar programs have ranged in participation.

The shift toward healthcare and materials is notable. When we covered the $20.3 billion space startup funding total on August 30, orbital data centers were the clear driver, with Goldman Sachs projecting a $1.8 trillion space economy by 2035. That forecast hinged on infrastructure plays—satellite networks, in-space manufacturing, and edge computing—where capital requirements are high but unit economics are relatively predictable. This cohort suggests some early-stage investors are now willing to back riskier applications that could take a decade to commercialize.

Space-based healthcare, for example, faces regulatory hurdles that don’t apply to data centers. Diagnostics conducted in microgravity may yield unique insights, but approval for off-world medical devices would require entirely new frameworks. The startups in this cohort are likely pre-revenue, betting on future demand from orbital research stations or long-duration space missions. If they succeed, they could carve out a niche ahead of planned lunar surface missions in the coming years, but the path to revenue is uncertain.

Sustainable materials present a different challenge. Startups in this space are exploring whether microgravity environments can produce higher-quality alloys, fibers, or pharmaceuticals. The pitch is compelling: defect-free crystals or ultra-pure compounds could command premium prices. But the economics are unproven. Launch costs remain high, and terrestrial alternatives continue to improve. Backing from programs like this implies confidence in the long-term potential, but these startups will need to demonstrate scalable production to attract follow-on funding.

The cohort’s EMEA focus also stands out. While U.S. space startups have dominated headlines—Plug and Play Seattle’s latest batch, for instance, included 11 teams, most of them local—Europe’s space ecosystem has seen less visibility. Programs like MSISV may be aiming to connect regional research institutions with broader investment trends in space ventures. Whether this cohort can attract the same level of investor interest as their American counterparts remains to be seen.

What to watch next: MSISV’s demo day, typically held later in the year. If the cohort’s startups secure follow-on funding, it could signal broader appetite for space applications beyond infrastructure. If they don’t, it may reinforce the dominance of data centers and satellite networks in the near term. Either way, the batch offers a rare look at where early-stage space investors are placing their bets—and how quickly those bets might pay off.

Sources: sifted.eu