Fleet Space Technologies
Provides seismic intelligence for mineral systems, enabling real-time 3D subsurface models for exploration.
Website: https://www.fleetspace.com/
Cover Block
Open sources
| Field | Detail |
|---|---|
| Company | Fleet Space Technologies |
| Tagline | Provides seismic intelligence for mineral systems, enabling real-time 3D subsurface models for exploration [Fleet Space, retrieved 2026] |
| Headquarters | Adelaide, Australia [Crunchbase, retrieved 2026] |
| Founded | 2015 [Crunchbase, retrieved 2026] |
| Stage | Series D+ [Crunchbase, retrieved 2026] |
| Business model | Hardware + Software |
| Industry | Deeptech |
| Technology | Space |
| Geography | Global / Remote-First |
| Growth profile | Venture Scale |
| Founding team | Co-Founders (2), Flavia Tata Nardini and Matthew Pearson [Crunchbase, retrieved 2026] |
| Funding label | $100M+ |
| Total disclosed funding | ~$167,000,000 [Crunchbase, retrieved 2026] |
Links
Open sources
- Website: https://www.fleetspace.com/
- LinkedIn: https://au.linkedin.com/company/fleet-space-technologies
What an Investor Needs First
PUBLIC Fleet Space Technologies builds satellite-enabled mineral exploration systems, and it merits attention now because its December 2024 financing put fresh capital behind a category bet that sits at the intersection of critical-minerals demand, geophysical imaging, and sovereign space capability [TechCrunch, Dec 2024] [Crunchbase, retrieved 2026]. Founded in Adelaide in 2015 by Flavia Tata Nardini and Matthew Pearson, the company began in small satellites and IoT connectivity before pushing that infrastructure into exploration workflows, a shift that now defines the business more clearly than its early space narrative [Fleet Space, retrieved 2026] [TechCrunch, Dec 2024].
The core product, ExoSphere, combines field sensors, Fleet's satellite network, AI, and ambient-noise tomography to generate real-time 3D subsurface models for exploration teams; the practical point is not the model layer alone, but the coupling of data capture, communications, and interpretation in one system [Fleet Space, retrieved 2026] [TechCrunch, Dec 2024]. Public customer references suggest the product is landing with large mining groups, including Rio Tinto, Barrick, Gold Fields, and Maaden, although most operating metrics remain company-supplied and should be treated conservatively until independently corroborated [Global Mining Review, Jul 2025] [Fleet Space, retrieved 2026].
The founding team is relevant to the thesis. Nardini is identified as a former propulsion engineer at the European Space Agency, while Pearson is described by the company and industry coverage as co-founder and chief exploration officer, giving Fleet a mix of space systems and exploration orientation that fits the product's cross-disciplinary pitch [Fleet Space, Dec 2024] [Inspire Speakers, retrieved 2026] [IMARC, retrieved 2026]. On capitalization, public records support at least three disclosed rounds, including a Series A in 2019, a Series B in 2021, and a Series D in December 2024 led by Teachers' Venture Growth; Crunchbase indicates roughly $167 million in total disclosed funding, while Fleet said the 2024 round took valuation above A$800 million [Crunchbase, Sep 2019] [Crunchbase, Dec 2024] [Fleet Space, Dec 2024].
The business model reads as hardware plus software, with value tied to exploration outcomes rather than a pure SaaS seat count, which can support defensibility if deployments translate into repeat use across large mineral programs [Startup Daily, retrieved 2026] [TechCrunch, Dec 2024]. Over the next 12 to 18 months, the key watchpoints are whether Fleet converts headline customers into broader multi-project adoption, whether it sustains execution across both mining and space-adjacent programs without diluting focus, and whether third-party evidence catches up to the company's stronger self-reported performance claims [Startup Daily, retrieved 2026] [Fleet Space, retrieved 2026].
Partially corroborated -- Relies on Crunchbase, TechCrunch, Startup Daily, and company materials, with several material operating claims still primarily company-sourced.
Taxonomy Snapshot
| Axis | Value |
|---|---|
| Stage | Series D+ |
| Business Model | Hardware + Software |
| Industry / Vertical | Deeptech |
| Technology Type | Space |
| Geography | Global / Remote-First |
| Growth Profile | Venture Scale |
| Founding Team | Co-Founders (2) |
| Funding | $100M+ (total disclosed ~$167,000,000) |
Inside the Company
PUBLIC
Fleet Space Technologies presents as a company that has changed shape without changing its underlying thesis. Founded in 2015 and headquartered in Adelaide, Australia, the business began with a space-communications orientation and now positions itself around mineral exploration, using satellites and field sensors to generate real-time 3D subsurface models for exploration teams [Crunchbase] [Fleet Space, retrieved 2026]. Crunchbase classifies the company as Fleet Space Technologies and dates the founding to 2015, while the company website describes ExoSphere as its current core platform for seismic intelligence in mineral systems [Crunchbase] [Fleet Space, retrieved 2026].
The public milestone record is clearest around financing and product direction. Crunchbase records a $7.35 million Series A in September 2019 and a $100 million Series D in December 2024, with the latter led by Teachers’ Venture Growth according to Crunchbase and accompanied by the company’s statement that it closed a A$150 million Series D at an A$800 million-plus valuation [Crunchbase, Sep 2019] [Crunchbase, Dec 2024] [Fleet Space, Dec 2024]. On the company’s account, the business also used its earlier growth phase to build out its Alpha small-satellite constellation strategy and later concentrated that space infrastructure around ExoSphere’s exploration workflow [Fleet Space, retrieved 2026] [Fleet Space, Dec 2024].
The result is a business that now sits across two adjacent layers of the stack, hardware in the field and software in the interpretation layer, with space assets as the connective tissue rather than the end market itself [Fleet Space, retrieved 2026]. That matters because the company is not being presented simply as a satellite operator; in its own materials, it is selling exploration outcomes to mining customers while retaining a space-technology identity in how the product works and how the company is organized [Fleet Space, retrieved 2026].
Claim stands unchecked -- This section relies materially on company website disclosures, with partial corroboration from Crunchbase on founding, headquarters, and selected funding rounds.
Under the Hood
MIXED
Fleet Space’s product story is now centered on a fairly specific workflow: collecting seismic data in the field, transmitting it through the company’s satellite network, and turning that data into real-time 3D subsurface models for mineral exploration teams [TechCrunch, Dec 2024] [Fleet Space, retrieved 2026]. In plain terms, the company is selling a combined hardware-and-software system rather than a standalone satellite service or a pure exploration software tool. Its flagship platform, ExoSphere, is described by Fleet as an end-to-end system that combines ground sensors, artificial intelligence, ambient-noise tomography, and satellite connectivity to improve drill targeting for copper, lithium, and other mineral projects across Australia, North America, and Latin America [Fleet Space, retrieved 2026].
The product architecture matters because it explains why Fleet has been able to move from an earlier IoT-satellite identity toward exploration workflows with named mining customers. TechCrunch’s December 2024 reporting aligns with Fleet’s own description that the field sensors and the satellite layer are part of one operating stack, while Startup Daily adds that the Geode ground sensors are intended to be smaller and capable of collecting multiple data types simultaneously [TechCrunch, Dec 2024] [Startup Daily, Dec 2024]. Public customer references remain the clearest validation of real-world use: Global Mining Review identified Rio Tinto, Barrick, Gold Fields, and Maaden among ExoSphere users, although performance claims such as 3x faster exploration timelines or 50 percent-plus targeting improvement still rest on company sourcing and should be treated cautiously [Global Mining Review, Jul 2025] [Fleet Space, retrieved 2026].
Fleet also continues to present space infrastructure as part of the underlying technical advantage, not just a legacy business line. The company has said its earlier strategy focused on low-cost small satellites and IoT connectivity, and in 2021 it tied Series B funding to development of the Alpha small-satellite constellation and 3D-printed satellite manufacturing capability [Fleet Space, retrieved 2026]. Publicly announced roadmap items go beyond terrestrial mining: Fleet has said it plans to deploy its SPIDER variant on a lunar mission in 2026 and has announced participation in the ApophisExL asteroid mission planned for 2028, though those programs should be read as forward-looking demonstrations rather than current commercial product evidence [Fleet Space, retrieved 2026].
Claim stands unchecked -- Core product description is partially corroborated by TechCrunch and Startup Daily, but several technical capabilities and performance claims in this section rely on Fleet’s own materials.
Market Research
PUBLIC
The market matters now because Fleet sits at the intersection of two spending priorities that have both become harder to defer: finding new mineral resources and building space-enabled infrastructure that can support remote industrial operations [TechCrunch, Dec 2024] [Bloomberg, 2022].
Public market sizing in the source set is thin for mineral-exploration software as a standalone category, so the cleaner approach is to frame Fleet against adjacent markets rather than force a false precision. The only cited third-party market figure in the materials is Bloomberg's estimate that the low-Earth-orbit spacecraft market could expand sixfold from 2020 to 2028, reaching $1.8 trillion [Bloomberg, 2022]. That is not Fleet's addressable market in a direct sense, but it is relevant because Fleet's product stack still depends on proprietary satellite infrastructure as part of its data-collection and communications layer [TechCrunch, Dec 2024] [Fleet Space, retrieved 2026]. On the demand side, the company is positioning ExoSphere as exploration infrastructure for critical minerals, with deployments across copper, lithium, and other mineral projects in Australia, North America, and Latin America according to the company [Fleet Space, retrieved 2026].
Demand appears to be driven less by discretionary software budgets than by the economics of exploration itself. Fleet and third-party coverage both describe ExoSphere as a system intended to improve drill targeting through real-time 3D subsurface models, using field sensors, satellite connectivity, and ambient-noise tomography [TechCrunch, Dec 2024] [Startup Daily, retrieved 2026]. If that workflow works as advertised, the budget owner is closer to exploration and geology than to a general IT function, which usually makes the purchasing case more durable in a weak software cycle. The public evidence also shows customer alignment with large miners, including named relationships or deployments involving Rio Tinto, Barrick, Gold Fields, and Maaden, which suggests the problem being addressed is material enough to win attention from operators with large field programs [Global Mining Review, Jul 2025] [FMDRCZ, retrieved 2026].
The adjacent markets are broad enough to matter. One is the satellite and space-systems market, where Fleet's earlier strategy around low-cost satellites and IoT connectivity remains relevant because the company's exploration product still uses its own network as part of the service stack [Fleet Space, retrieved 2026] [TechCrunch, Dec 2024]. Another is mining exploration services and geoscience tooling, where the substitute is not only competing software but also conventional geophysical surveys, drilling-led exploration, and outsourced field interpretation. That substitute set matters because Fleet is not selling a generic analytics layer in isolation, it is asking customers to trust a new operating model for subsurface decision-making [Startup Daily, retrieved 2026] [TechCrunch, Dec 2024].
Macro and policy support are visible, though unevenly evidenced across the source base. On the public-sector side, Fleet says it received an AUD$4 million Moon to Mars contract from the Australian Space Agency, and Qantas reported a $20 million South Australian Government investment tied to Alpha constellation design and manufacturing at the Australian Space Park [Fleet Space, retrieved 2026] [Qantas, retrieved 2026]. Those awards do not prove demand for mineral-exploration products directly, but they do indicate that Australian industrial policy has been willing to subsidize domestic space capability around the same period that Fleet shifted from connectivity toward higher-value applications [Fleet Space, retrieved 2026]. At the same time, the mining end market remains cyclical, so any slowdown in exploration budgets or commodity-price weakness would likely pressure adoption timelines even if the underlying technical case remains intact.
| Market segment | Sizing claim | Relevance to Fleet |
|---|---|---|
| Low-Earth-orbit spacecraft market | $1.8T by 2028, sixfold growth from 2020 (analogous market) [Bloomberg, 2022] | Supports the satellite-infrastructure side of Fleet's stack |
| South Australian government support for Alpha constellation | $20M [Qantas, retrieved 2026] | Indicates policy backing for local space manufacturing tied to Fleet |
| Australian Space Agency Moon to Mars contract | AUD$4M [Fleet Space, retrieved 2026] | Signals non-commercial demand and public-sector validation of technical capability |
The table underscores the main limitation of the current public record: there is evidence of momentum in adjacent markets and policy support, but not enough third-party data here to calculate a clean TAM, SAM, and SOM for satellite-enabled mineral intelligence. For investors, the market case therefore rests more on problem urgency and buyer quality than on a tightly bounded category model.
Partially corroborated -- Section relies on one third-party market-sizing source from Bloomberg, corroborated product-context reporting from TechCrunch and Startup Daily, plus selective company and partner disclosures for policy-support claims.
Competition and Substitutes
MIXED
Fleet Space sits in a narrow but increasingly relevant lane: it is not competing as a pure mining software vendor or a pure satellite operator, but as a full-stack exploration system that sells faster subsurface decision-making to miners through a mix of field hardware, satellite connectivity, and geophysical interpretation software [TechCrunch, Dec 2024] [Fleet Space, retrieved 2026].
| Company | Positioning | Stage / Funding | Notable Differentiator | Source |
|---|---|---|---|---|
| Fleet Space Technologies | Satellite-enabled mineral exploration platform combining ground sensors, satellite connectivity, AI, and ambient-noise tomography for real-time 3D subsurface models | Series D; about $167M total disclosed funding | Integrated hardware plus software stack aimed at exploration workflows, with named use by major miners including Rio Tinto, Barrick, Gold Fields, and Maaden | [Crunchbase, retrieved 2026] [TechCrunch, Dec 2024] [Global Mining Review, Jul 2025] |
| Synergy Fleet | Competitor named in structured research | Funding stage not established in reviewed public sources | Public materials reviewed for this section do not establish a differentiated product claim relative to Fleet Space | [Structured facts provided by user] |
The practical comparison set is broader than the single named startup competitor in the record. On one side are incumbent mining exploration workflows, where geophysical surveys, drill targeting, and interpretation are often assembled from multiple vendors and internal technical teams; on another are challengers trying to collapse that workflow into a more unified platform. Fleet's pitch is that ExoSphere can shorten exploration cycles by tying data acquisition and interpretation together in the field, rather than treating seismic capture, transmission, and modeling as separate steps [TechCrunch, Dec 2024] [Fleet Space, retrieved 2026].
Adjacent substitutes matter as much as direct rivals. A mining company can choose a conventional exploration program, a patchwork of geophysics contractors, or an internally managed campaign instead of adopting a new external platform. That makes Fleet's real competition partly procedural inertia. The company appears to have responded by selling into large, technically sophisticated buyers such as Rio Tinto, Barrick, Gold Fields, and Maaden, which suggests the product is being tested against enterprise-grade alternatives rather than only against junior explorers [Global Mining Review, Jul 2025] [Fleet Space, retrieved 2026].
Fleet's clearest edge today is integration, backed by capital and category credibility. The company has raised roughly $167 million in disclosed funding across known rounds, including a $100 million Series D led by Teachers' Venture Growth in December 2024, and public reporting places its operations across the US, Canada, Chile, and Luxembourg with 130-plus employees globally [Crunchbase, retrieved 2026] [TechCrunch, Dec 2024] [Startup Daily, retrieved 2026]. That matters because the product is operationally heavy: field sensors, satellite infrastructure, and interpretation software each create execution demands that are difficult for a narrowly scoped software entrant to replicate quickly. The durability of that edge is mixed, though. Hardware deployment and customer relationships can compound, but model-level advantages and interpretation claims may prove perishable if miners decide that best-of-breed geophysics tools or in-house data teams are good enough.
The main exposure is that Fleet does not obviously own the entire exploration budget or channel. More broadly, large mining customers have bargaining power and can multi-source critical exploration work. That limits how much any one platform can assume on retention or expansion before multi-year proof points appear in public.
Over the next 18 months, the most plausible competitive outcome is segmentation rather than winner-take-all. Fleet is best positioned if major miners continue to favor integrated exploration systems that can show faster targeting and operational reliability across jurisdictions, particularly as critical minerals programs expand globally [Fleet Space, retrieved 2026] [Startup Daily, retrieved 2026]. In that scenario, Fleet would be the likely winner if enterprise buyers keep rewarding full-stack deployment capability over modular tools.
Reasoned from indirect evidence -- Core Fleet facts are supported by Crunchbase, TechCrunch, Startup Daily, and Global Mining Review, but the direct competitor set in this section is thin and the only named startup rival in the structured record lacks corroborating public detail.
Opportunity
PUBLIC
The size of the prize is large because Fleet Space is trying to become a system-of-record for early-stage mineral discovery, in a market where better targeting can change the economics of multi-year exploration programs and where adjacent space infrastructure can deepen the moat if adoption holds [TechCrunch, Dec 2024] [Fleet Space, Dec 2024] [Bloomberg, 2022].
The headline opportunity is not simply selling another exploration tool. It is becoming the default operating layer for seismic intelligence in critical minerals, where a mining company uses Fleet’s hardware, satellite connectivity, and subsurface modeling stack as one integrated workflow rather than buying point solutions across sensing, communications, and interpretation [TechCrunch, Dec 2024] [Fleet Space, retrieved 2026]. That outcome is still conditional, but it is reachable rather than purely aspirational for two reasons visible in public reporting: first, the product appears to solve a costly bottleneck in drill targeting through real-time 3D subsurface modeling [TechCrunch, Dec 2024] [Startup Daily, retrieved 2026]; second, Fleet has already been associated with named large mining groups including Rio Tinto, Barrick, Gold Fields, and Maaden, which suggests the company has crossed from technical promise into enterprise field use [Global Mining Review, Jul 2025] [Fleet Space, retrieved 2026].
A second reason the opportunity matters is that Fleet sits at the intersection of two budgets that are each strategically important: mineral exploration and space-enabled communications. The company’s earlier work in small satellites and IoT connectivity, plus public references to the Alpha constellation and sovereign space contracts, indicate that its exploration product is not detached from its space stack, but built on top of it [Fleet Space, retrieved 2026] [APDR, retrieved 2026] [Qantas, retrieved 2026]. If that integration works at scale, Fleet could own more of the value chain than a software-only exploration vendor.
| Scenario | What happens | Catalyst | Why it's plausible |
|---|---|---|---|
| Tier-1 standardization | A handful of global miners move from project-based pilots to repeat deployments across copper, lithium, and gold portfolios, making ExoSphere a standard tool for frontier and brownfield exploration programs. | Expansion from named users such as Rio Tinto, Barrick, Gold Fields, and Maaden into multi-site agreements [Global Mining Review, Jul 2025] [Fleet Space, retrieved 2026]. | Public sources already place Fleet inside programs tied to major miners, and the company claims broad project volume and customer count, even if those totals remain company-supplied [Global Mining Review, Jul 2025] [MineListings.com, retrieved 2026]. |
| Exploration data platform | Fleet turns survey execution into a larger software and data business, where each project improves subsurface models, speeds future targeting, and raises switching costs for customers running repeated campaigns. | Continued growth in completed surveys and studies, alongside broader use of AI-driven modeling within ExoSphere [TechCrunch, Dec 2024] [MineListings.com, retrieved 2026] [Paperjam, retrieved 2026]. | The product is described as an end-to-end platform rather than a single instrument, and the installed workflow already spans sensors, satellite communications, and interpretation [TechCrunch, Dec 2024] [Fleet Space, retrieved 2026]. |
| Dual-use space infrastructure | The mining business funds a broader communications and sensing platform that also wins government and off-Earth missions, extending Fleet from terrestrial exploration into sovereign and space-science contracts. | Execution on Moon to Mars, ASCEND2LEO, and planned lunar SPIDER deployment [Fleet Space, retrieved 2026] [APDR, retrieved 2026]. | Fleet has already disclosed public-sector contract activity and government-backed manufacturing support, which gives this adjacency more grounding than a typical startup skunkworks narrative [Qantas, retrieved 2026] [Fleet Space, retrieved 2026]. |
What compounding looks like here is a workflow moat that strengthens with every deployment. Each successful survey can do three things at once: widen the installed base of field sensors, add more geological data to improve interpretation, and create organizational familiarity inside mining teams that are typically slow to change core exploration methods [TechCrunch, Dec 2024] [Startup Daily, retrieved 2026]. The public evidence is early rather than conclusive, but it points in that direction. Fleet has been linked to 300-plus ExoSphere surveys, 250-plus studies completed or underway, and more than 40 customers globally across multiple mining regions, while also building a global footprint in the US, Canada, Chile, and Luxembourg [MineListings.com, retrieved 2026] [Paperjam, retrieved 2026] [Startup Daily, retrieved 2026].
There is also a hardware-software feedback loop that could matter more than the top-line survey count. Startup Daily reported that Fleet’s Geode sensors have become smaller, lighter, and able to acquire multiple data types simultaneously, which matters because better field hardware can lower deployment friction and increase the frequency of use, while satellite connectivity keeps the workflow differentiated from legacy geophysics providers [Startup Daily, retrieved 2026]. If that loop continues, one win does not just add revenue. It can also improve product performance, lower operational cost per survey, and make the next enterprise sale easier.
The size of the win is best framed against the market Fleet itself straddles. Bloomberg reported in 2022 that the low-Earth-orbit spacecraft market could expand sixfold from 2020 to 2028, reaching $1.8 trillion, which is much broader than Fleet’s current wedge but still relevant given its satellite infrastructure roots [Bloomberg, 2022]. A more grounded upside case is that Fleet becomes a major infrastructure vendor to global mineral exploration, with a valuation supported by both strategic mining relevance and proprietary space-enabled data collection. Given that Fleet disclosed an A$800 million-plus valuation at its December 2024 Series D, a credible upside path could be several multiples of that level if enterprise standardization and data-platform dynamics take hold, potentially into the multi-billion-dollar range (scenario, not a forecast) [Fleet Space, Dec 2024] [TechCrunch, Dec 2024]. That is ambitious, but it is anchored in an already-financed business with named customers, global deployments, and evidence that large institutions are willing to underwrite the platform buildout [Crunchbase, retrieved 2026] [Startup Daily, retrieved 2026].
Partially corroborated -- This section combines independent reporting from TechCrunch, Startup Daily, Bloomberg, Crunchbase, APDR, Global Mining Review, MineListings.com, and Paperjam with several material company-supplied product and contract claims from Fleet Space.
Sources
Open sources
[Fleet Space, retrieved 2026] Seismic Intelligence for Mineral Systems | https://www.fleetspace.com/
[Crunchbase, retrieved 2026] Fleet Space Technologies - Crunchbase Company Profile & Funding | https://www.crunchbase.com/organization/fleet-space-technologies
[TechCrunch, Dec 2024] Fleet Space raises $100M to scale satellite-enabled mineral prospecting tech | https://techcrunch.com/2024/12/12/fleet-space-raises-100m-to-scale-satellite-enabled-mineral-prospecting-tech/
[Global Mining Review, Jul 2025] Fleet Space Technologies advances global exploration with ExoSphere | https://www.globalminingreview.com/mining/23072025/fleet-space-technologies-advances-global-exploration-with-exosphere/
[Fleet Space, Dec 2024] Fleet Space closes a $150M Series D with a $800M valuation | https://www.fleetspace.com/newsroom/fleet-space-closes-a-150m-series-d-with-a-800m-valuation
[Crunchbase, Sep 2019] Fleet Space Technologies funding round | https://www.crunchbase.com/organization/fleet-space-technologies/company_overview/overview_timeline
[Inspire Speakers, retrieved 2026] Flavia Tata Nardini | https://www.inspirespeakers.com.au/speakers/show/flavia-tata-nardini
[Startup Daily, Dec 2024] Satellite startup Fleet Space orbits $800 million valuation with $150m Series D | https://www.startupdaily.net/topic/funding/satellite-startup-fleet-space-orbits-800-million-valuation-with-150m-series-d/
[Bloomberg, 2022] Bloomberg New Economy Announces 2022 Class of Catalysts | https://www.bloomberg.com/features/2022-new-economy-catalyst-list/
[Qantas, retrieved 2026] How Fleet Space Technologies is powering the new space race | https://www.qantas.com/travelinsider/en/business/how-fleet-space-technologies-is-powering-the-new-space-race.html
[FMDRCZ, retrieved 2026] Fleet Space Technologies is running the largest exploration program in the world in Saudi Arabia with Maaden | https://fmdrc-zambia.com/fleet-space-technologies-is-running-the-largest-exploration-program-in-the-world-in-saudi-arabia-with-maaden/
[MineListings.com, retrieved 2026] Fleet Space Technologies Company Profile | https://www.minelistings.com/companies/fleet-space-technologies/
[Paperjam, retrieved 2026] Fleet Space Technologies opens new global HQ in Adelaide | https://paperjam.lu/article/fleet-space-technologies-open
[APDR, retrieved 2026] Fleet Space delivers full-stack SATCOM capability to ADF under ASCEND2LEO | https://asiapacificdefencereporter.com/fleet-space-delivers-full-stack-satcom-capability-to-adf-under-ascend2leo/
[Crunchbase, Dec 2024] Fleet Space Technologies funding round | https://www.crunchbase.com/organization/fleet-space-technologies/company_overview/overview_timeline
Articles about Fleet Space Technologies
- Fleet Space Convinced Teachers' Venture Growth to Back Its $800 Million Valuation — The Adelaide-based space company's real-time 3D imaging platform has de-risked over 500,000 meters of drilling for 40+ global customers.