Early-stage investment and intensive mentoring for bold ideas in AI, Robotics and Space.
Submit Your Project →Not a founder, just curious? Can you tell real deep tech from sci-fi? →
We go beyond capital — we work side by side with founders from the very beginning.
We invest at the idea and MVP stage — when most others won't. We take a bet on people and vision, not just numbers.
Hands-on mentoring throughout your journey — strategy, product, fundraising, hiring. We're in the trenches with you.
Access to our network of deep tech founders, investors, and industry experts across Europe and beyond.
We back founders solving hard problems in deep tech — at the earliest stages.
Idea or MVP — you don't need revenue to talk to us. Not sure where you are? Answer below.
Artificial Intelligence, Robotics, Space technology.
Europe-based founders or teams willing to operate in Europe.
Technical depth, ambition, and a problem worth solving.
Simple and fast — no lengthy forms, no gatekeepers.
Fill in a short form about your idea, team, and what you're building.
No ghosting — every submission gets a response within 7 days.
If there's a fit, we schedule a call to get to know each other and discuss next steps.
Companies we've backed and worked with hands-on.
Healthcare robotics
Deep tech innovation
Longevity & healthcare
Co-invest alongside Dynumerics in vetted deep tech companies across Europe.
Czech startup building a real-time safety intelligence platform for high-risk workplaces. A wearable Companion and a Gateway connect people, zones and environmental signals (heat stress, lone workers, restricted areas), and AI turns them into early warnings before incidents happen. Signed LOIs and first PoCs in preparation.
Weekly signals we're watching: EU funding calls, research, European rounds and the Czech ecosystem.
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Open questions from this year's Radar. Make your call, see how everyone else voted, and come back when it's settled.
Where the money actually goes in robotics, AI and space, and where Czech founders can find it, in one screen each.
A humanoid robot costs roughly $35K in parts to build in China today. More than half of that goes into the joints that make it move, not the cameras or the chip that make it see and think.
Parts cost of a China-built humanoid in 2025.
Where that is heading by 2030, as actuators get mass-produced.
Actuators' share of the bill of materials in one bank's teardown estimate.
Our take for founders: the money is in motion. A European team that makes actuators, gearboxes or hands cheaper and more reliable sells picks and shovels to every humanoid maker in the world.
Building a frontier model gets about 2.4× more expensive every year. Running a model of a given quality goes the other way: it gets about 10× cheaper every year.
Growth in the cost of the largest training runs since 2016.
What the biggest single training run may cost by 2027 if the trend holds.
Price drop for GPT-3-level output since 2021: from $60 to $0.06 per million tokens.
Our take for founders: you don't need to train a frontier model, and almost no startup can. With AI getting 10× cheaper to use every year, the opportunity is in putting it to work on hard physical problems: robots, materials, satellites, factories.
Sending one kilogram to low Earth orbit cost about $54,000 on the Space Shuttle. A reused Falcon 9 does it for about $3,000, and Starship aims for $100.
Drop in launch cost per kg from the Shuttle to a reused Falcon 9.
A shared rideshare seat lets small teams launch small satellites without buying a whole rocket.
Starship's target, 30× cheaper than Falcon 9 today. Not reached yet, but the direction is clear.
Our take for founders: cheap launch moved the bottleneck from rockets to what you put on them. Sensors, onboard AI, and turning satellite data into products are where small European teams can win.
A Czech deep tech team can fund its first prototype from home: CzechInvest, ESA BIC and TA ČR all back early, risky technology. Scaling takes European money, where one EIC Accelerator deal can be worth 60× a Czech incubation grant.
Czech startups promised about CZK 646M through CzechInvest's Technology Incubation so far.
What a Czech space startup can get when ESA BIC and Technology Incubation are combined, up from €50K before 2024.
Companies selected after the EIC Accelerator jury interviews in June 2026, sharing about €90M in grants.
Our take for founders: use Czech money to get to a working prototype, then go for the EIC. TA ČR also runs a national call for teams that scored an EIC Seal of Excellence without EU funding, so a near-miss in Brussels can still pay off at home.
Deep tech is getting weird. Some of these actually happened, some we made up. Can you tell which?
Real European deep tech funding rounds, two at a time. Pick the one investors put more money into, then see why they did.
Six yes/no questions place your project on the Technology Readiness Level (TRL) scale, the 1–9 ladder the EU and ESA use, and show which money fits that stage.
We respond to every submission within 7 days. No pitch deck required — just tell us what you're working on.
Submit Your Project →Have a question before submitting? Reach out directly.
Email us at
info@dynumerics.ai