A Finnish startup just secured €6.4 million to prove that critical infrastructure components can roll off factory lines instead of arising from muddy construction sites. Hyperion Robotics wants to replace formwork, field crews, and weather delays with robotic microfactories that print structural concrete on demand.
The Espoo-based company announced the growth round with Course Corrected and the European Innovation Council Fund as co-leads. RE Ventures, part of Romande Energie Group, joined existing backers Lifeline Ventures, Übermorgen Ventures, and PC Rettig Impact & Co. The raise pushes total funding near €17.4 million.
Founded in 2020 by Fernando De los Rios, Ashish Mohite, and Henry Unterreiner, Hyperion argues that foundations and similar concrete elements need not remain one-off site builds. Digital design, robotic extrusion, and controlled facilities can produce them before groundwork even finishes. That parallel timeline compresses project schedules significantly.
The capital funds Forge I, Hyperion’s debut UK factory in Flixborough near Scunthorpe, along with continued development of its Forge software platform and expansion into additional European markets. Customers already include National Grid, Costain, Mott MacDonald Bentley, Anglian Water, and United Utilities.
Hyperion pitches its microfactories as localized production hubs positioned near active projects. Heavy finished components travel shorter distances, and factory operations continue through excavation, rain, or temperature swings that typically halt on-site pours. However, a factory model demands steady order flow to keep expensive robotic systems and specialized staff utilized. Forge I therefore tests whether one manufacturing system can serve diverse contractors, codes, and infrastructure types without reverting to bespoke project economics.
The company’s claims carry upper-bound qualifiers. Up to 75 percent less material, threefold production speed, 50 percent cost reduction, and 70 percent lower carbon emissions represent best-case scenarios, not guarantees. Some savings stem from clear engineering advantages: additive layering follows efficient load paths rather than filling rectangular moulds, and eliminating formwork cuts both material and labor.
Meanwhile, the 3Dgeocarbon program pursues something more ambitious. Backed by €2.37 million from the EU, it targets carbon-negative printable concrete, a new instrumented robotic print head, and streamlined design methods. That net-negative label remains a development goal, dependent on verified lifecycle boundaries, energy inputs, and independent documentation.
A live infrastructure order provides an early reality check. Costain and A E Yates engaged Hyperion to manufacture roughly 90 concrete pipe supports for the Northern Endurance Partnership’s carbon dioxide gathering system on Teesside. Costain claims the printed sleepers cut concrete and steel use by 40 percent and emissions by 50 percent versus precast alternatives while exceeding strength requirements. Those numbers remain project-specific claims, yet they carry defined loads, installation conditions, and an identifiable customer.
The funding buys Hyperion a chance to test whether software-controlled factories can deliver critical structures repeatedly, economically, and with carbon accounting that withstands scrutiny.
