What are the current funding trends in robotics?

All funding deals in the robotics market over the last years

Below is the table listing all the deals. You can find our methodology at the end of this page.

If you want a deeper understanding of the market and its current dynamics, get our report covering the Robotics Market.

Is robotics funding really booming in 2026?

Robotics funding is clearly having a much stronger year in 2026, although the $7.26 billion headline makes the improvement look broader than it really is.

We tracked 116 robotics financings from January 1 through September 21, compared with 94 over the same period in 2025 and 89 in 2024. The number of funded companies also climbed from 90 to 107 in one year. So there is more activity today, and more companies are benefiting from it.

Capital has moved much faster. Quantifiable funding reached $7.26 billion, up 132% from $3.14 billion over the comparable 2025 period. The median round increased too, from $12 million to $14.7 million, so the typical disclosed financing has become somewhat larger.

The average round tells a very different story. It almost doubled to $73.4 million. The gap between a $14.7 million median and a $73.4 million average shows what is really happening: 2026 has produced a much thicker layer of very large robotics rounds.

Market measure	2024 YTD	2025 YTD	2026 YTD	2026 vs 2025
Deals	89	94	116	+23.4%
Unique companies	88	90	107	+18.9%
Quantifiable capital	$2.36B	$3.14B	$7.26B	+131.7%
Capital excluding >$50M	$951M	$1.02B	$882M	-13.9%
Capital excluding >$100M	$1.20B	$1.54B	$1.38B	-10.7%
Median round	$10.05M	$12.0M	$14.7M	+22.5%
Average round	$29.2M	$36.5M	$73.4M	+101%
Largest round	$675M	$600M	$1.40B	+133%

Are more robotics startups actually getting funded now?

Yes. More robotics companies are getting funded today, and that is one of the strongest parts of the 2026 story.

The 116 financings we found went to 107 different companies. A year earlier, 94 deals were spread across 90 companies. Deal activity and company breadth are rising together rather than being created by the same handful of startups repeatedly coming back for money.

Repeated fundraising is still becoming more common. Eight companies completed more than one round during the 2026 period, compared with four in 2025 and only one in 2024.

Mind Robotics is the outlier. The young industrial-robotics company raised $500 million in March and another $400 million two months later. But cases like Mind do not explain the rise from 90 to 107 funded companies. The market itself has widened.

That makes the current robotics cycle more interesting than a simple megaround boom. More startups are entering the funded population at the same time as a smaller group moves into a completely different financing league.

Would robotics funding still look strong without the megadeals?

No. Strip away the biggest robotics rounds and the apparent capital boom largely disappears.

Funding below $50 million comes to $882 million so far in 2026, down from $1.02 billion over the same period last year. Even after using a much higher $100 million cutoff, the remaining capital is $1.38 billion versus $1.54 billion in 2025.

The middle of the market has not collapsed. The median round is higher than last year, and sub-$20 million financings still make up more than half of the deals where we know the amount. But the explosive growth sits much further up the distribution.

Almost one in four quantifiable 2026 rounds reached at least $100 million. The comparable figure last year was roughly one in eleven.

What is striking is that concentration at the very top has barely changed. The biggest five rounds account for 42.9% of capital today, almost identical to 43.1% last year. The difference is the number of companies sitting just below that top tier. Large robotics rounds have become much more common rather than simply much more concentrated.

Large-round measure	2024 YTD	2025 YTD	2026 YTD
Largest round	$675M	$600M	$1.40B
Top 1 share of capital	28.6%	19.1%	19.3%
Top 3 share of capital	40.1%	35.2%	33.3%
Top 5 share of capital	49.2%	43.1%	42.9%
Rounds >$50M	8	14	27
Rounds strictly >$100M	5	7	21
Rounds in the $100M+ bucket	6	8	23
$100M+ share of known capital	—	54.1%	83.8%

Why are $100 million robotics rounds suddenly so common?

Robotics companies are currently raising hundreds of millions because the expensive part of the race has shifted from building impressive prototypes to manufacturing, deploying and training robots at scale.

NEURA Robotics gives us the clearest example. Its Series C of up to $1.4 billion is meant to support serial production, international expansion and a network of NEURA Gyms where robots can train on real-world tasks.

The company has kept pushing that strategy since the financing. It announced a new NEURA Gym with RWTH Aachen in July, acquired Bosch Rexroth's ACTIVE Shuttle platform in August and added ADLATUS Robotics later that month. In September, NEURA and SECO announced work on compute modules, manufacturing and industrial data for Physical AI systems.

Apptronik is heading in the same direction. Its $520 million extension brought its Series A above $935 million. The company says the capital will help scale production and deployment of Apollo humanoids. It has since expanded Robot Park, where fleets of Apollo 2 robots collect real-world training data across Apptronik sites and customer environments.

Walden Robotics makes the economics even easier to see. The company launched from stealth with $300 million and said its robots were already doing production work at a Toyota plant in North America. Toyota co-led the financing, while NVIDIA, Boeing, Samsung Ventures and Prologis Ventures participated.

These companies need much more than engineers and model-training compute. They are paying for hardware, factories, fleets, deployment sites, data collection and integration into industrial workflows. Once investors believe a robotics company is ready to move beyond pilots, the financing requirement can jump very quickly.

Is Physical AI becoming the center of robotics funding?

Yes. Physical AI and Collaborative Robots have become the clearest magnet for robotics capital this year.

Collaborative Robots represent 21.6% of the deals we tracked but 51.8% of quantifiable funding. A year earlier, the category accounted for just 9.6% of deals and 12.2% of capital. Its median round has climbed from $50 million to $140 million.

The change goes well beyond terminology. NEURA is building real-world training facilities around its Physical AI platform. Apptronik is collecting robot data through Robot Park and working with Google DeepMind. Walden describes itself as a full-stack Physical AI company focused first on manufacturing and logistics.

Google DeepMind's Gemini Robotics work also helps explain why this area is attracting so much attention. Its robotics models are designed to connect vision, language, spatial reasoning and physical actions, and Apptronik is one of the companies working with Google DeepMind on humanoid systems.

There is still a lot of concentration inside the category. NEURA alone represents roughly 37% of known Collaborative Robots capital, while the three largest deals account for around 62%.

Even with that concentration, the rotation is hard to miss. Investors are putting far more money into robots that combine general-purpose hardware, AI models and learning from real-world environments than they were a year ago.

Which parts of robotics are investors paying more attention to now?

Collaborative Robots has seen the biggest shift in investor attention, while Industrial Robot Arms is attracting much larger checks despite fewer deals.

Collaborative Robots went from nine deals in the comparable 2025 period to 25 today. Its share of total transactions rose by 12 percentage points and its capital share jumped by almost 40 points.

Industrial Robot Arms tells a different story. The category's deal share fell from 14.9% to 9.5%, yet its median financing increased from $11 million to $70 million. Investors are doing fewer deals there, but the companies that get funded are raising much more.

Surgical Robotics moved the other way. We counted 13 deals versus seven last year, while the median round fell from $28 million to $14.7 million. Agricultural Field Robots also added deals but saw the median financing fall to $4.3 million.

Infrastructure Service Robots still produce the largest number of transactions. Their weaker comparison with 2025 deserves some perspective, though. The category represented 34.8% of deals in 2024, jumped to 48.9% in 2025 and has now returned to 35.3%. The 2025 period increasingly looks like the unusual one.

Robotics category	2026 deals	Deal share	Change vs 2025	Capital share	Median round
Infrastructure Service Robots	41	35.3%	-13.6 pp	25.0%	$12.0M
Collaborative Robots	25	21.6%	+12.0 pp	51.8%	$140M
Warehouse Mobile Robots	15	12.9%	+2.3 pp	4.9%	$13.7M
Surgical Robotics	13	11.2%	+3.8 pp	2.9%	$14.7M
Agricultural Field Robots	11	9.5%	+1.0 pp	0.6%	$4.3M
Industrial Robot Arms	11	9.5%	-5.4 pp	14.8%	$70M
Whole robotics market	116	100%	—	100%	$14.7M

Are early-stage robotics startups getting squeezed?

Early-stage robotics is less dominant than it was last year, but the data does not look like a broad early-stage funding freeze.

Seed and Series A together represent 54.3% of 2026 deals, down from 66.0% over the same period in 2025. On its own, that looks like a strong move toward later-stage funding.

The 2024 comparison changes the interpretation. Early-stage deals represented 51.7% of the market two years ago, slightly below where they sit now. In other words, 2025 was unusually early-stage-heavy.

There is another reason not to push the conclusion too far. Unknown stages now account for 16.4% of deals, almost twice their 2025 share. With that much missing stage information, the exact shift toward later stages is harder to measure.

What we can see clearly is the widening difference in round size. Seed carries a $3.52 million median, Series A $18 million and Series B $50 million. By Series C, the median has reached $104.9 million.

The current robotics market still funds plenty of young companies. The real change is how quickly the financing scale can jump once a company moves into the group investors believe is ready to industrialize.

Stage	2026 deals	Deal share	Capital share	Median round
Seed	34	29.3%	6.6%	$3.52M
Series A	29	25.0%	31.8%	$18M
Series B	16	13.8%	19.1%	$50M
Series C	7	6.0%	27.1%	$104.9M
Series D+	3	2.6%	3.8%	$87M
Growth Equity	8	6.9%	7.4%	$86.1M
Unknown	19	16.4%	4.2%	$8M

Are investors still funding new robotics startups, or mostly backing existing winners?

Investors are still funding new robotics companies, but most of the money now goes to startups that have already raised before.

We found 26 first financings in 2026, up from 20 last year and just 10 over the comparable 2024 period. First financings now represent 22.4% of all deals, almost unchanged from 21.3% in 2025.

So new-company formation still looks healthy. The separation appears once we look at check sizes.

A first financing has a median size of $3.8 million. Follow-on rounds have reached a $23.95 million median, more than six times higher. Follow-ons account for about $6.85 billion of capital, compared with roughly $418 million for first financings.

Walden is an extraordinary exception. It launched with a $300 million seed round, backed by Toyota and a group of major strategic and financial investors. Most new robotics companies start much closer to the $3.8 million median.

Mind Robotics shows how quickly the gap can widen after that first round. Founded in 2025, the company raised $115 million initially, followed by $500 million and then $400 million in 2026.

Robotics is still creating new funded companies. The current market simply rewards a small number of emerging winners with capital at a speed and scale that make the rest of the startup population look tiny by comparison.

Are the biggest robotics checks going to older companies?

Surprisingly, no. The typical funded robotics company is younger this year even though the biggest rounds have become much larger.

The median company receiving funding in 2026 is around four years old, compared with five years in both 2025 and 2024.

The stage progression itself remains intuitive. Seed companies have a median age of two years, Series A companies four, Series B companies five and Series C companies nine.

What has changed is how quickly some companies can reach enormous financing rounds. Mind Robotics was founded in 2025 and crossed $1 billion in cumulative funding within months. Walden was created in 2026 and launched with $300 million.

Collaborative Robots also has a median company age of only three years, even though it currently attracts the largest rounds in the market.

That is a pretty unusual feature of 2026. Huge robotics rounds no longer automatically mean we are looking at ten-year-old companies moving slowly through the traditional venture ladder. Investors are sometimes financing industrial scale almost immediately.

Is Asia taking over robotics deal flow?

Asia-Pacific has become the biggest source of robotics deals in our research this year, and the shift looks much broader than a handful of giant Chinese rounds.

The region now represents 47.4% of transactions, up from 20.2% in 2025. We counted 55 Asia-Pacific deals compared with 19 last year.

China explains much of that jump. It went from 11 transactions in the comparable 2025 period to 32 this year. India moved from five to 11.

The capital figures require more care because only 38 of those 55 Asia-Pacific deals have a usable amount. Several large Chinese rounds were disclosed with minimum values or ranges, so we left them out of calculations that require a defensible single number.

Even after removing rounds above $50 million, known Asia-Pacific capital increased from $143 million to $326 million. That makes the geographic expansion harder to dismiss as a megaround effect.

China is also giving robotics companies more places to test and deploy their technology. The Ministry of Industry and Information Technology and the state-assets regulator launched a 2026 program for humanoid robots and embodied AI in real production and everyday environments, with targets around application validation, regular deployment and real-machine data collection.

The government has also been moving into standards. Recent work covers humanoid training grounds, applications such as substations and a dedicated humanoid-robot and embodied-intelligence standardization committee.

Private capital is moving alongside that push. Galaxea AI, for example, raised about $291 million in April at a valuation above RMB20 billion. Caixin described Chinese robotics investment as increasingly concentrating around a smaller group of leading companies.

The policy environment does not explain every deal, but the combination of higher deal volume, private capital and real-world deployment programs makes China's current rise hard to write off as hype.

Is Europe really having a robotics funding boom?

Europe is having a huge year for robotics megadeals, while the smaller European funding market is actually weaker than it was last year.

Quantifiable European capital reached about $2.23 billion, up from $596 million over the comparable 2025 period. Remove rounds above $50 million and European funding falls from $292 million last year to $226 million today.

NEURA's round of up to $1.4 billion explains a large part of that difference. The financing brought together Tether, Qualcomm Technologies, Amazon, NVIDIA, Bosch, Schaeffler, the European Investment Bank and other investors.

The European Investment Bank separately records a €40 million financing signed with NEURA in 2026, tied to the company's development of cognitive and humanoid robotics.

Europe is clearly capable of producing and financing very large robotics companies right now. What we have not found is the same acceleration across ordinary European rounds.

North America has a related problem. It still leads the market in known capital at 39.8%, helped by companies such as Apptronik, Mind Robotics and Walden, but its capital excluding rounds above $50 million dropped from $589 million to $323 million.

Asia currently has the stronger breadth story. Europe and North America still produce many of the largest checks.

Geography	2026 deal share	Change vs 2025	2026 capital share	Change vs 2025	2026 median
Asia-Pacific	47.4%	+27.2 pp	29.4%	+20.0 pp	$14.35M
North America	27.6%	-21.3 pp	39.8%	-27.8 pp	$20M
Europe	24.1%	-4.6 pp	30.7%	+11.7 pp	$9.65M
Middle East	0.9%	-1.3 pp	0.1%	-3.9 pp	$7.5M
China deals	32	+21 deals	—	—	—
India deals	11	+6 deals	—	—	—
APAC capital excluding >$50M	$326M	+$183M	—	—	—

Are corporate investors becoming more important in robotics?

Corporate and industrial investors are playing a bigger role in robotics again, particularly in the rounds tied to manufacturing and deployment.

Strategic investors participated in 42 of the 116 deals we tracked, equal to 36.2% of the market. That is up from 29.8% in 2025, although still below the 42.7% recorded in 2024.

The size of those deals has changed much more. A robotics round with strategic participation has a $70 million median this year, compared with $27.85 million in 2025.

The names help explain why these investors matter. NVIDIA, Bosch, Schaeffler, Baidu, Lens Technology, Meituan Dragonball and Prologis Ventures all appear more than once in our 2026 research.

Apptronik has backing from Google, Mercedes-Benz, John Deere and other large groups. Mercedes-Benz has also been testing Apptronik's Apollo humanoids in manufacturing environments. Walden's investors include Toyota, NVIDIA, Boeing, Samsung Ventures and Prologis Ventures.

This kind of capital can come with factories, customers, chips, engineering expertise or deployment environments. For a robotics company trying to prove that a machine works reliably outside the lab, those relationships can be as useful as the money itself.

The lead-investor market remains much less concentrated. We found 125 disclosed leads or co-leads this year, compared with 92 in 2025, while only four led more than one deal. There is plenty of investor breadth underneath the concentration in round size.

Has 2026 already beaten previous full years for robotics funding?

Yes. Robotics funding in 2026 has already passed the full-year capital totals we recorded for both 2025 and 2024.

The $7.26 billion of quantifiable capital through September 21 is equal to about 144% of the $5.05 billion recorded during all of 2025 and roughly 230% of 2024's $3.17 billion.

Deal volume is much closer. The 116 transactions recorded so far equal about 85% of the 136 deals completed during all of 2025. The market has already exceeded the 112 deals recorded across the entirety of 2024.

We would not project those figures mechanically through the end of the year. Robotics funding is too lumpy for that, especially when individual deals can reach several hundred million dollars.

There is also a data-quality wrinkle worth keeping visible. We have usable amounts for 85.3% of 2026 rounds, compared with more than 91% in both previous comparable periods. Seventeen 2026 financings have no usable amount, including several reported only as minimum values.

For now, the conclusion is still unusually strong: 2026 has already become the most capital-intensive robotics year in this three-year comparison, even before accounting for some incompletely disclosed rounds.

What is actually driving the robotics funding shift?

The robotics funding shift is being driven by the move from prototypes toward production, deployment and continuous real-world learning.

Several of the biggest 2026 financings point in the same direction. NEURA is using its capital for serial production and Physical AI training infrastructure. Apptronik is scaling Apollo manufacturing and building real-world data collection through Robot Park. Mind Robotics is working around industrial automation and factory data. Walden started with a direct connection to Toyota production environments.

China's recent policy work follows the same logic. The focus is increasingly on real production sites, application validation, training environments, data collection and repeatable deployment rather than laboratory capability alone.

AI progress is part of the explanation too. Google DeepMind's Gemini Robotics work is aimed at giving robots stronger spatial reasoning, generalization and physical-action capabilities. That does not solve manufacturing or reliability, but it makes investors more willing to believe that software improvement can compound after robots are deployed.

This changes what a well-funded robotics company looks like. The most ambitious startups now need an AI stack, capable hardware, manufacturing capacity, access to real environments and enough deployed robots to create useful training data.

Building all of that at once is expensive. These days, investors appear willing to finance it when they see a credible path from the robot demo to the factory floor.

What should robotics founders take away from the funding market today?

Robotics founders can still raise early money today, but the really large pools of capital are increasingly reserved for companies that can show how their technology will work in the real world at scale.

There were 63 Seed and Series A deals in our research period, so the market has plenty of room for new companies. First financings are also more numerous than they were one or two years ago.

The harder transition comes after the product works. Investors now have some very expensive reference points for what scale can look like: Apollo moving through industrial deployment, NEURA building training infrastructure, Walden already working inside Toyota production and Chinese humanoid companies racing into real-world testing.

A startup does not need to build a humanoid robot to fit that pattern. Warehouse robotics, surgical systems, agricultural robots and infrastructure machines continue to attract capital.

What investors increasingly want to understand is much simpler: who will use the robot, where it will work, how reliably it can perform the task, how many units can be built and whether every deployment makes the system better.

That is where the financing market looks strongest right now.

What is actually changing in robotics funding?

Robotics funding is stronger in 2026 because more companies are getting financed and the market has produced far more very large rounds.

The broadest change is activity. Deal count is up 23% and unique funded companies are up 19% from the same period last year. We are looking at a larger funded ecosystem, not merely bigger checks going to an unchanged group of companies.

The capital boom is much narrower. Once the rounds above $50 million are taken out, funding is below last year's level. The ordinary robotics startup is operating in a much more normal fundraising market than the $7.26 billion headline suggests.

Physical AI and Collaborative Robots have become the biggest area of rotation. They are gaining both deals and capital, while the $140 million category median shows how aggressively investors are funding companies they think can reach large-scale deployment.

New robotics startups are still getting financed. The real split is between company formation and scale-up: first rounds remain relatively small, while follow-on capital can move into the hundreds of millions extremely quickly.

Asia-Pacific has produced the clearest geographic expansion. China in particular is adding far more funded companies while government programs push humanoid robots and embodied AI into real environments. Europe and North America remain major sources of megadeals, but their smaller-round funding has weakened.

Corporate participation is another important part of the current cycle. Manufacturers, chip companies, technology platforms and logistics groups are increasingly appearing alongside financial investors in rounds built around production and deployment.

The apparent move away from early stage needs more caution. Early-stage share has fallen sharply from 2025, but it remains slightly above 2024 and the rise in unknown stages makes the exact shift harder to measure.

The clearest trend is this: robotics capital is moving toward companies that investors believe can turn AI-powered machines into deployed industrial systems, and the cost of making that jump is creating a new class of exceptionally large private financings.