Earth observation funding: a quarter-by-quarter analysis

All funding deals in the Earth observation 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 Earth observation market.

Earth observation startups raised approximately $1.63 billion across 43 funding rounds involving 36 companies between Q3 2025 and Q3 2026. Funding accelerated sharply through Q2 2026, but most of the increase came from a handful of unusually large financings rather than a sustained expansion across the industry.

The underlying market is becoming more selective. Established satellite operators are attracting increasingly large investments, particularly in radar intelligence, sovereign space infrastructure and advanced sensing. Smaller geospatial analytics companies continue to raise capital, but at a very different scale.

Q3 2026 introduces an apparent reversal. However, the latest quarter has only five recorded transactions and may still be incompletely populated. We therefore distinguish established patterns from changes that are too recent to interpret confidently.

Is Earth observation startup funding actually accelerating?

Earth observation funding accelerated dramatically through Q2 2026, but the increase was driven mainly by larger transactions rather than a consistently expanding pool of funded startups.

Quarterly investment climbed from $68.4 million in Q3 2025 to $201.1 million in Q4, $381.9 million in Q1 2026 and $825.7 million in Q2. That represents more than a twelvefold increase across four quarters.

Deal activity increased much more slowly, moving from eight rounds in Q3 2025 to eight, nine and thirteen over the following quarters. Meanwhile, average round size rose from $8.6 million to $63.5 million.

The distinction becomes clearer when we remove individual transactions. Q4 2025's increase came almost entirely from ICEYE's $175 million financing. Q2 2026's record depended heavily on another ICEYE round worth $520 million.

By Q3 2026, reported funding had fallen to $149.2 million across five transactions. That decline interrupts the headline growth trajectory, although the quarter's limited coverage prevents us from treating it as a confirmed market contraction.

Quarter	Deals	Funding	Median round	Largest round
Q3 2025	8	$68.4M	$6.6M	$25.5M
Q4 2025	8	$201.1M	$4.5M	$175M
Q1 2026	9	$381.9M	$23M	$175M
Q2 2026	13	$825.7M	$11M	$520M
Q3 2026	5	$149.2M	$21.2M	$100M
Five-quarter total	43	$1,626.3M	$8.75M	$520M

Was the Q4 2025 funding surge just one giant deal?

The Q4 2025 Earth observation funding surge was almost entirely an ICEYE story, while the broader market actually weakened.

Capital increased 194% between Q3 and Q4, despite the number of financing rounds remaining unchanged at eight. ICEYE's $175 million investment accounted for approximately 87% of the quarter's funding.

Removing that transaction leaves only $26.1 million, compared with $68.4 million in Q3. Even removing each quarter's largest round produces a 39% decline, from $42.9 million to $26.1 million.

The median financing also fell from $6.6 million to $4.5 million. Five of Q4's eight rounds were below $5 million, versus four in the preceding quarter.

There was one positive development: first financings increased from two to four, with a median size of approximately $4.2 million. Smaller businesses were still attracting backing even as overall deal sizes weakened.

The quarter combined a major vote of confidence in an established satellite operator with softer conditions for the typical startup. It was hardly a general funding recovery.

What changed in Earth observation funding in Q1 2026?

Q1 2026 produced the strongest cluster of mid-sized Earth observation financings, even though Q2 ultimately recorded more deals and raised more money.

Funding reached $381.9 million across nine deals, up 90% from Q4. More importantly, capital excluding rounds larger than $50 million increased from $26.1 million to $146.9 million.

The median financing jumped from $4.5 million to $23 million, and four rounds fell into the $20 million to $50 million category. With nine transactions overall, Q1 was not the broadest quarter by deal count. Its strength came from the unusually substantial group of mid-sized financings.

Several thermal observation companies contributed to the shift. Constellr, SatVu and Hydrosat formed a cluster accounting for approximately 38% of quarterly capital. Tomorrow.io's $175 million financing simultaneously established atmospheric and weather intelligence as a major recipient of investment.

The improvement was concentrated in existing companies rather than newcomers. All nine rounds were classified as follow-on financings.

Q1 therefore marked a genuine widening of growth financing for established Earth observation companies. But much of that mid-sized funding cluster disappeared in the following quarters, making it difficult to call this the start of a lasting market-wide recovery.

Why did Earth observation funding explode in Q2 2026?

Earth observation funding reached a record $825.7 million in Q2 2026 because investors financed a few large-scale satellite businesses while smaller rounds also became more numerous.

The biggest transaction was ICEYE's $520 million primary Series F financing announced on June 9, led by General Atlantic. The round represented 63% of all capital recorded during the quarter.

ICEYE's announcement was particularly significant because the company reported that seven European governments had procured sovereign satellite systems. Its investors included Nokia, Qatar Investment Authority and several Finnish institutions. The transaction was connected to an established government procurement market, rather than merely expectations about future satellite capabilities.

Another major transaction was Xoople's $130 million Series B announced on April 6. The company positioned its satellite-data infrastructure as a system for monitoring physical changes on Earth, with applications extending into AI and enterprise decision-making.

ICEYE and Xoople represent two different investment opportunities: sovereign intelligence infrastructure and commercial geospatial data infrastructure.

Yet the underlying funding market became less balanced. Six of the quarter's thirteen transactions were below $5 million, while three rounds exceeded $50 million.

Without ICEYE, Q2 capital would have been approximately $306 million, below Q1's $382 million. The record quarter ultimately combined more small deals with exceptionally large commitments to established operators.

Is Earth observation funding becoming more concentrated?

Earth observation startup funding is highly concentrated, and the pattern has persisted throughout all five quarters rather than appearing in one exceptional period.

The three largest transactions accounted for between 66% and 95% of quarterly capital. In Q4 2025, ICEYE alone represented 87%. In Q2 2026, its $520 million transaction represented 63%. In Q3 2026, Pixxel's $100 million Series C accounted for 67%.

Across the entire period, ICEYE contributed approximately 43% of disclosed capital. ICEYE, Xoople and Tomorrow.io together accounted for roughly 66%.

The gap between total investment and typical financing sizes is revealing. Q2 raised more than twice as much as Q1, yet its median round fell from $23 million to $11 million.

Quarterly funding totals are therefore unusually sensitive to the financing requirements of a few successful businesses. The market can support enormous satellite infrastructure investments without generating similarly strong conditions for companies below those leaders.

Quarter	Largest deal share	Top 3 share	Capital excluding rounds above $50M
Q3 2025	37%	66%	$68.4M
Q4 2025	87%	93%	$26.1M
Q1 2026	46%	73%	$146.9M
Q2 2026	63%	87%	$103.7M
Q3 2026	67%	95%	$49.2M

Are more Earth observation startups getting funded each quarter?

Earth observation deal activity expanded through Q2 2026, but we have not found evidence of a sustained increase in the number of companies accessing capital.

Quarterly deals moved from eight to eight, nine and thirteen between Q3 2025 and Q2 2026. Each quarter involved a different company for every recorded financing, so the increase to thirteen reflected broader company participation within that quarter.

However, repeat financings across quarters tell another story. ICEYE appeared three times, while Xoople, Hydrosat, Tomorrow.io, Tenchijin and Aspia Space each appeared twice.

Increased deal activity does not necessarily mean more newly created businesses are obtaining their first institutional funding.

The first-financing figures reinforce that distinction. Four companies received their first recorded financing in Q4 2025, none did in Q1 2026, and only one did in Q2.

New financing opportunities existed, particularly among smaller geospatial and Chinese satellite businesses, but the largest capital flows continued to favor an established cohort.

More companies participated in Q2's financing activity. Whether that marks a lasting expansion of the startup ecosystem is another question.

Are investors abandoning smaller Earth observation funding rounds?

Smaller Earth observation startups are still raising capital, but their financings account for a shrinking share of the money deployed during the industry's largest quarters.

In Q3 2025, four of eight transactions were below $5 million. Q4 recorded five such rounds, while Q2 2026 recorded six.

Those small financings show that early company development did not stop. However, six sub-$5 million transactions represented 46% of Q2's deal count and only about 1% of its funding.

At the opposite end, Q2 included three rounds larger than $50 million, accounting for approximately 87% of capital.

The missing segment is the middle. Four companies raised between $20 million and $50 million in Q1 2026, but that figure declined to two in Q2 and one in Q3.

For a satellite business, moving from a small technology-development financing to a much larger constellation deployment round can require evidence of customer adoption, manufacturing capability and repeatable operations.

The quarterly data cannot prove that every company faces this obstacle. It does show that middle-sized financings remain relatively uncommon compared with the industry's largest transactions.

Is satellite radar becoming the biggest funding winner?

Synthetic aperture radar has become one of Earth observation's largest recipients of capital, but the category's apparent dominance depends heavily on ICEYE.

SAR accounted for approximately 90% of funding in Q4 2025, dropped to 6% in Q1 2026 and returned to 65% in Q2.

Those swings are too extreme to represent a gradual industry-wide rotation. They largely follow the timing of ICEYE's financings.

Nevertheless, the underlying commercial catalyst is substantial. Radar satellites can capture imagery at night and through cloud cover, making them valuable for persistent surveillance. ICEYE's government procurement relationships provide direct evidence that buyers are willing to pay for these capabilities.

The June 2026 financing also illustrates how sovereign intelligence demand can support exceptionally large investments. ICEYE's €450 million primary raise formed part of a larger transaction exceeding €1 billion when secondary share sales were included. Only the primary capital is reflected in our $520 million funding figure.

SAR has a compelling commercial case. The caution is that its funding leadership still rests overwhelmingly on one company.

Is thermal satellite imaging becoming a serious funding category?

Thermal Earth observation emerged as a significant investment category in Q1 2026, but the following quarters do not yet establish lasting momentum.

Three thermal businesses raised approximately $144 million collectively in Q1, accounting for 38% of the quarter's total. Constellr, SatVu and Hydrosat provided a concentrated group of financings rather than a single isolated transaction.

That distinguishes thermal imaging from categories whose capital share rose almost entirely because of one company.

Thermal observation has potential applications in industrial heat detection, environmental monitoring, water management and infrastructure analysis. These uses help explain why investors may consider it valuable beyond conventional satellite imagery.

However, the funding pattern weakened immediately afterward. Thermal-related rounds fell to approximately $2.2 million in Q2 and $10 million in Q3.

The technology attracted meaningful growth capital during Q1, but the data does not show several consecutive quarters of expanding investment or company participation.

Thermal imaging looks like an established area of investor interest with a notable one-quarter funding cluster, rather than the market's strongest sustained growth category.

Why is geospatial analytics getting so many deals but relatively little money?

Geospatial analytics is one of Earth observation's most consistently active categories, but investors are committing much larger sums to a smaller number of satellite infrastructure providers.

The category recorded five deals in Q3 2025, four in Q4, two in Q1 2026, six in Q2 and three in Q3.

Despite that activity, geospatial analytics accounted for no more than 26% of quarterly capital from Q4 2025 onward.

Xoople was an important exception. Its $130 million Series B in April 2026 was much larger than the typical analytics financing and reflected the company's ambition to build a proprietary system for measuring changes across the physical world.

Xoople's announcement also connected satellite data with AI applications, positioning Earth observation as an input for automated analysis and decision-making rather than merely an imagery product.

Even with Xoople's large transaction included, Q2's geospatial analytics median was approximately $6.9 million.

There is consistent company-level activity in analytics. What remains scarce is the kind of capital available to selected infrastructure-heavy satellite operators.

Did hyperspectral imaging suddenly overtake other Earth observation technologies?

Hyperspectral Earth observation briefly became Q3 2026's largest funding category because Pixxel raised $100 million, not because numerous hyperspectral startups simultaneously attracted investment.

Pixxel announced its Series C on September 7, 2026, with Temasek and Seraphim as co-leads. The transaction represented approximately 67% of the quarter's disclosed capital.

The financing followed concrete technical and commercial progress. Pixxel had deployed six Firefly hyperspectral satellites, developed its Aurora intelligence software and secured relationships involving NASA and the US National Reconnaissance Office.

Its plans also extended beyond hyperspectral sensors. The company described investments in next-generation Honeybee satellites, radar and high-resolution optical imaging, sovereign systems and expanded manufacturing.

Pixxel is attempting to build a broader Earth intelligence business spanning hardware, software and multiple sensing technologies.

Nevertheless, the quarterly database contains only one hyperspectral financing in Q3 2026, following a single $4.5 million deal in Q3 2025 and none in the intervening quarters.

The $100 million round validates an individual company's ability to raise major growth capital. It does not establish hyperspectral imaging as a consistently broadening investment category.

Is weather intelligence attracting a new wave of satellite investment?

Atmospheric and weather intelligence became a major recipient of capital in early 2026, although its rise was concentrated in a very small group of businesses.

The category was absent from the first two quarters, then attracted approximately 46% of all investment in Q1 2026.

Tomorrow.io accounted for the largest transaction, raising $175 million. Its financing helped establish the category as one of the quarter's dominant investment destinations.

Weather intelligence remained present in Q2, with two deals representing approximately 13% of capital. Tomorrow.io and Yunyao were important contributors across the period.

The emergence of these financings points toward investor interest in businesses that combine satellite observations with operational weather and atmospheric intelligence.

However, the category disappeared from the recorded Q3 2026 deals. With only a few transactions across the whole period, the evidence supports a concentrated financing cycle rather than a sustained increase in the number of weather intelligence startups receiving capital.

Weather intelligence has produced some unusually large growth financings. Whether it can sustain that level of investment across several companies remains open.

Are Earth observation investors moving toward later-stage startups?

Earth observation investors are allocating an increasingly large share of capital to later-stage companies, while early-stage businesses remain visible mainly through smaller transactions.

Later-stage rounds accounted for 25% of deals in Q3 and Q4 2025, increased to 33% in Q1 2026 and reached 46% in Q2. The figure was 40% in Q3 2026.

The capital figures are even more revealing. Later-stage businesses captured approximately 87% of funding in Q4 2025, 68% in Q1 2026, 97% in Q2 and 74% in Q3.

Company age follows a similar pattern. Median age moved from 3.8 years in Q4 2025 to 7.7 years in Q1 2026 and approximately seven years in the following quarters.

The biggest rounds illustrate why. ICEYE was financing the expansion of an established satellite intelligence platform, Xoople had spent years developing its infrastructure before commercialization, and Pixxel had already deployed satellites and developed software before its Series C.

The data suggests that the largest investors increasingly favor companies that have moved beyond initial technology development.

Early-stage investors have not disappeared. But early-stage activity and growth-stage capital now occupy very different parts of this market.

Quarter	Early-stage deals	Later-stage deals	Later-stage capital share
Q3 2025	62%	25%	23%
Q4 2025	62%	25%	87%
Q1 2026	44%	33%	68%
Q2 2026	46%	46%	97%
Q3 2026	40%	40%	74%

Are new Earth observation startups being squeezed out of funding?

First-time Earth observation financings have been inconsistent, while companies that previously raised money received nearly all the capital in our database.

Across the five quarters, 34 of 43 transactions were classified as follow-on financings. Those deals accounted for approximately 96% of total disclosed funding.

Q1 2026 provides the clearest example. It raised $381.9 million without recording a single first financing. Q2 subsequently delivered a record $825.7 million, but only one of its thirteen transactions was classified as a first financing.

The pattern partially reversed in Q3, when two of five transactions were first financings. Ruiqi's approximately $32.4 million round was unusually substantial for a new company, particularly given its March 2026 founding date.

Investors clearly haven't stopped backing new businesses.

Still, major financing rounds overwhelmingly went to companies with existing financing histories. Breaking into the market and raising enough capital to scale a satellite business appear to be two very different challenges.

Because the first-financing classification relies on a lightweight historical check, we treat the exact proportions as directional rather than an exhaustive reconstruction of each company's previous investments.

Why are corporate investors suddenly interested in Earth observation?

Corporate investors entered Earth observation funding most visibly between Q4 2025 and Q2 2026, moving from smaller utility-related investments toward much larger infrastructure and intelligence transactions.

The database identifies seven strategically backed deals during those three consecutive quarters, compared with none in Q3 2025 or Q3 2026.

In Q4 2025, corporate participation included utilities such as Terna and EDP in smaller geospatial investments. The median strategically backed round was approximately $4.5 million.

By Q1 2026, investors connected to energy, aerospace and assurance, including Statkraft, Lockheed and DNV, appeared in Series A and B financings. The strategically backed median increased to $40 million.

Q2 introduced another change. Nokia participated in ICEYE's major financing, while Zenrin and JR East appeared in New Space Intelligence's investor group.

The median strategically backed round reached approximately $261.4 million, although this was heavily influenced by ICEYE.

Collectively, the seven strategically backed rounds accounted for approximately 40% of capital over the full period. That does not mean corporate investors supplied 40% of the money: the calculation includes the entire value of rounds in which strategic investors participated.

Satellite observation is attracting companies with direct infrastructure, intelligence and industrial applications. Whether that translates into regular corporate investment beyond these exceptional rounds remains to be seen.

Are the same venture capital firms repeatedly leading Earth observation rounds?

Earth observation lead-investor activity remains fragmented, with no named investor repeatedly appearing as lead across the five-quarter dataset.

Our analysis identifies 40 named lead investors, none recorded as leading more than one financing during the period.

The absence of repeat leads is notable given the number of repeat-funded businesses. Companies such as ICEYE, Xoople and Hydrosat returned to the market, but the disclosed leadership of their rounds did not show the same recurring pattern.

Large transactions brought in different investor groups. General Atlantic led ICEYE's June 2026 financing, while Xoople's April Series B included Nazca Capital and other Spanish and international investors. Pixxel's September Series C was co-led by Temasek and Seraphim.

These examples demonstrate the variety of investors willing to finance satellite infrastructure.

However, disclosed lead coverage deteriorated during the period. Approximately 75% to 78% of deals had identified leads through Q1 2026, compared with 62% in Q2 and only 20% in Q3.

That limits what we can conclude about changes over time. The records show little repetition among disclosed leads, but missing information prevents a definitive assessment of whether investor leadership is becoming more fragmented.

Is Earth observation funding shifting away from the US toward Europe and Asia?

Earth observation funding has become geographically uneven, with Europe dominating capital and Asia-Pacific gaining deal share, but the changes depend heavily on individual financings.

European companies accounted for approximately 63% of capital across the five quarters, compared with 22% for North America and 15% for Asia-Pacific.

Europe's capital share jumped to 95% in Q4 2025, fell to 22% in Q1 2026, recovered to 84% in Q2 and dropped to 7% in Q3. ICEYE's financings explain much of that volatility, with Xoople also contributing substantially in Q2.

North America recorded five financings in Q1 2026, representing 76% of quarterly capital, supported by Tomorrow.io and Hydrosat. It then fell to one recorded deal in Q2 and none in Q3.

Asia-Pacific moved in the opposite direction on deal count, increasing from two rounds in Q1 to six in Q2 before recording three of the five Q3 transactions.

Pixxel's $100 million financing and Ruiqi's approximately $32.4 million round made Asia-Pacific responsible for roughly 89% of Q3 capital.

However, several Chinese financings were reported using approximate amounts or minimum estimates. Hydrosat was also classified inconsistently between North America and Europe.

Asia-Pacific participation is clearly becoming more visible in the recorded deal flow. A durable geographic transfer of capital away from US or European companies is much harder to establish, especially when a single large round can change a region's quarterly share so dramatically.

Did Earth observation funding collapse in Q3 2026?

Q3 2026 looks dramatically weaker than Q2 in the reported Earth observation data, but we cannot establish that the industry has entered a genuine funding downturn.

Disclosed capital dropped 82%, from $825.7 million to $149.2 million, while transactions fell from thirteen to five.

Removing rounds over $50 million narrows the funding decline to 53%, from $103.7 million to $49.2 million. This confirms that weakness was not exclusively caused by the disappearance of ICEYE-sized transactions.

However, the median financing increased from $11 million to $21.2 million, calculated across the four rounds with disclosed amounts. No recorded financing fell below $5 million.

Pixxel's $100 million Series C and Ruiqi's approximately $32.4 million financing accounted for most of the quarter's capital. The activity that remained was concentrated in a few relatively large transactions.

The latest reported deal is dated September 21, and the database contains substantially fewer observations than in Q2. Late-reported rounds may still change the quarterly picture.

The recorded market contracted sharply. Whether that reflects a genuine downturn or incomplete reporting is still unresolved.

What is the funding trend actually telling us?

Our research points to six conclusions about Earth observation funding between Q3 2025 and Q3 2026.

First, the industry has demonstrated that established Earth observation companies can attract hundreds of millions of dollars. ICEYE's $520 million primary financing, Xoople's $130 million Series B and Pixxel's $100 million Series C illustrate the scale now available to selected operators.

Second, headline funding growth is a poor measure of broader market health. The three largest funded companies accounted for approximately 66% of total capital, and individual transactions repeatedly determined whether a quarter appeared strong or weak.

Third, Q1 2026 was the most convincing period of wider funding improvement for mid-sized rounds. Its median financing reached $23 million, four rounds fell between $20 million and $50 million, and capital excluding large transactions increased substantially. This was achieved across nine deals, fewer than Q2's thirteen, which is precisely why deal count and financing breadth need to be assessed separately.

Fourth, maturity increasingly determines access to substantial capital. Follow-on rounds accounted for 96% of investment, and later-stage businesses captured most capital after Q3 2025. Investors are financing constellation deployment, commercial expansion and established infrastructure more heavily than startup formation.

Fifth, sovereign radar intelligence has demonstrated the strongest ability to attract very large financings, but largely through ICEYE. Geospatial analytics shows more consistent deal activity, while thermal, weather and hyperspectral observation have produced promising yet less persistent funding clusters.

Sixth, strategic investor participation and Asia-Pacific deal activity are meaningful developments, but neither is sufficiently consistent to establish a permanent shift. Corporate-backed funding was concentrated in three quarters, and the apparent Q3 geographic reversal depends on a small and potentially incomplete sample.

The central change is that a few commercially advanced satellite businesses are accessing a different scale of capital from the wider startup market. The next important test will be whether more companies begin securing substantial growth financings, or whether the gap between industry leaders and smaller operators continues to widen.