How big is the military robotics market beyond drones?
Whether you're building or investing in the military robotics market, our report covers everything you need to know: the players, the money, and what's coming next.
Summary
The military robotics market beyond aerial drones is already worth roughly $10–13 billion a year under a broad definition, with a more conservative military procurement core of about $6–9 billion.
The gap between those two numbers is mostly definitional. Broad military-robotics estimates include autonomy software, sensors, payloads, support and dual-use marine systems, while the narrower figure focuses on platforms and systems militaries are actually procuring.
The market is also much less ground-centric than the idea of “robot soldiers” suggests. Underwater vehicles, autonomous surface vessels and other naval systems already represent several billion dollars of activity and can cost tens of millions of dollars per vehicle.
Ukraine has changed the unit-volume side of the market. Contracting more than 22,000 ground robots in 2026 shows that UGVs can become expendable or semi-expendable military equipment rather than specialist systems bought by the dozen.
Most of that Ukrainian demand is for logistics, engineering and evacuation rather than robot tanks. The first mass-market military robots are being used to move supplies and people through dangerous areas, not to replace armored formations.
At sea, the economics are almost the reverse. The U.S. Navy's planned 30 Medium Unmanned Surface Vessels imply roughly $1.2 billion of procurement, while Australia's Ghost Shark program commits A$1.7 billion to only dozens of extra-large underwater vehicles plus development and support.
Underwater robotics is further along commercially than heavy robotic combat vehicles. HII has already produced hundreds of REMUS systems, while large armed UGV programs in the U.S. and elsewhere are still dominated by prototypes, evaluations and relatively small production-representative batches.
Fully autonomous weapons are not driving the market. Teleoperation, supervised autonomy and autonomous navigation with humans retaining key decisions still account for most deployed systems, and reducing operator workload is commercially more important today than eliminating the operator entirely.
The strongest growth areas are ground logistics, EOD, mine countermeasures, autonomous underwater vehicles and persistent surface surveillance. They work because they remove people from repetitive or dangerous missions without requiring science-fiction levels of autonomy.
A $20 billion non-air military robotics market in the early 2030s is plausible. The important change is that the sector no longer depends on one experimental program succeeding: high-volume Ukrainian UGVs, established underwater fleets and billion-dollar autonomous naval procurements are now scaling through different routes.
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Costs are falling fast, and that changes who can buy. Our military robotics market report shows where the tipping points are.
How big is the military robotics market beyond drones?
The military robotics market beyond aerial drones is already a roughly $10–13 billion annual market under the broad definitions used by major industry trackers, but the genuinely military-specific procurement core is probably closer to $6–9 billion today.
We reach that range by stripping airborne systems out of several independent military-robotics estimates, then checking the result against actual spending on unmanned ground vehicles, underwater vehicles, surface vessels, EOD robots and autonomy programs. The gap between the two numbers is important: some market studies count sensors, software, support and dual-use marine vehicles that are not equivalent to governments buying new battlefield robots.
This is no longer a tiny experimental category. Ukraine is contracting ground robots by the tens of thousands; Australia has committed A$1.7 billion to a fleet of extra-large autonomous underwater vehicles; and the U.S. Navy has moved toward buying 30 medium unmanned surface vessels at an average procurement cost of $40 million each. Most armies and navies, however, are only beginning to turn successful prototypes into recurring procurement.
If you want more recent data on this point, please see our latest military robotics market report.
What actually counts as military robotics beyond drones?
Military robotics beyond drones should mean uncrewed or robotically operated systems on land, on the sea surface and underwater, rather than every defense system containing automation.
For this analysis, we include unmanned ground vehicles, bomb-disposal and route-clearance robots, robotic logistics vehicles, robotic combat vehicles, unmanned surface vessels, autonomous and remotely operated underwater vehicles, plus the autonomy and control systems directly attached to those platforms. We exclude UAVs, loitering munitions, collaborative combat aircraft and conventional crewed vehicles merely equipped with driver assistance.
That distinction immediately eliminates one of the biggest sources of inflated market numbers. Research firms routinely publish a “military robots” market containing land, air and naval systems, with UAVs often representing 45–51% of revenue. A $20–25 billion military-robotics market therefore does not mean there is a $20–25 billion market beyond drones.
Calling only fully autonomous vehicles “robots” would create the opposite problem. Human-operated and remotely operated systems still represented 55.7% of Mordor Intelligence's military-robotics market in 2025. A Centaur bomb-disposal robot, a teleoperated Ukrainian logistics UGV or a REMUS underwater vehicle remains part of military robotics even if a human supervises key decisions.
Price is often what holds a market back. See how fast that's changing in our military robotics market report.
Why is the military robotics market so hard to measure?
The military robotics market is unusually easy to double-count because “robot,” “unmanned vehicle,” “autonomous system” and “defense platform” are not standardized commercial categories.
One report may count the entire vehicle, another may count autonomy software and sensors separately, and a third may include commercially used underwater robots that also have military customers.
The disagreement is visible in the published numbers. Mordor Intelligence estimated the total military-robotics market at $23.31 billion in 2025, with airborne systems representing 45.92%. Removing air implies roughly $12.6 billion for land and maritime robots. Another recent dataset from PW Consulting placed UAVs at $16.14 billion, UGVs at $6.86 billion and unmanned marine vehicles at $5.50 billion, producing $12.36 billion beyond air. Grand View Research estimated a $19.68 billion total market in 2024 and said airborne robots exceeded 51%, implying less than about $9.6 billion for everything else.
Yet reports focused specifically on military UGVs are much smaller. Mordor Intelligence puts that market at $1.96 billion in 2025, while another recent estimate puts it near $3.0 billion. That gap shows how much broad military-robotics studies can capture subsystems, services and adjacent spending that narrow vehicle studies exclude.
| Measurement | Approximate current value | What it captures |
|---|---|---|
| Total military robots, Mordor | $23.3B | Air + land + maritime |
| Air share, Mordor | 45.9% | Mostly UAV-related systems |
| Implied non-air, Mordor | ~$12.6B | Broad land + maritime |
| PW land robots | $6.9B | Broad UGV definition |
| PW marine robots | $5.5B | Broad unmanned marine definition |
| PW non-air total | ~$12.4B | Broad land + maritime |
| Grand View implied non-air | <~$9.6B | Based on air exceeding 51% |
| Narrow military UGV estimates | ~$2–3B | Primarily ground-vehicle market |
| Our practical market range | ~$10–13B | Broad non-air military robotics |
| Our narrower procurement core | ~$6–9B | Primarily military platforms and direct systems |
Is the military ground-robot market already large?
Military ground robotics is already a multibillion-dollar business, but published estimates make it look more mature than procurement data alone suggests.
Narrow military-UGV studies currently cluster around roughly $2–3 billion annually, while broader military-robot datasets can imply ground revenue more than twice that size.
The difference comes partly from what gets included. Ground robotics spans $10,000-class logistics carts, six-figure bomb-disposal systems and potentially million-dollar armed vehicles. It also includes payloads, control stations, autonomy software, maintenance and integration. Counting all of those creates a much larger market than counting newly produced UGV chassis.
There is nevertheless a substantial installed business underneath the forecasts. Teledyne FLIR said in 2023 that it had delivered its 1,000th Centaur robot under the U.S. Man Transportable Robotic System Increment II program. An earlier batch of nearly 500 Centaurs was worth $62.1 million, while the broader program had already exceeded $250 million.
At the other end of the spectrum, the U.S. Army is developing much larger robotic vehicles, Ukraine is industrializing cheap logistics UGVs and companies including Rheinmetall, Milrem, Textron, General Dynamics and Oshkosh have been developing heavier multi-mission platforms.
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Has Ukraine turned military ground robots into a mass market?
Ukraine has turned unmanned ground vehicles into genuine mass procurement faster than any major Western army.
The Ukrainian defense procurement system said more than 22,000 UGVs had already been contracted for 2026 by July, nearly twice the total purchased during all of 2025, with additional orders still planned.
The numbers are now large enough to change what “deployment” means. Ukraine reported more than 7,500 ground-robot missions in January, more than 14,000 in May and over 16,600 logistics and evacuation missions in June. The number of military units using UGVs rose from 117 in January to 230 by May. By the middle of the year, ground robots had completed more than 50,000 missions.
Procurement is scaling alongside usage. In April, Ukraine said its Defence Procurement Agency had signed 19 UGV contracts worth UAH 11 billion and intended to contract 25,000 systems during the first half of the year. Through the DOT-Chain marketplace alone, 3,062 UGVs worth almost UAH 2 billion had been ordered by May.
Dozens of new UGV models were authorized for operational use during the first part of 2026. Ukraine is buying, losing, replacing and improving ground robots within an active war, which makes this one of the clearest examples of a military robotics market moving beyond small trials.
Are military robots becoming logistics tools before combat vehicles?
Logistics is currently the strongest mass-market use case for military ground robots, and Ukraine makes that especially clear.
The overwhelming majority of the 22,000-plus Ukrainian UGVs contracted this year were logistics platforms, followed by engineering vehicles and only then combat systems.
That order makes operational sense. Carrying ammunition several kilometers, evacuating casualties and moving food through artillery or FPV-drone exposure are repetitive, dangerous jobs in which losing a relatively inexpensive vehicle is acceptable. The robot does not need to identify targets autonomously or survive like a tank. It needs sufficient mobility, payload capacity, communications and reliability.
Ukraine now wants to shift as much as 100% of frontline logistics to robotic systems where practical. Even if that target is never fully achieved, a recurring logistics fleet creates demand for thousands of simple vehicles, spare batteries, wheels, radios, cameras and replacement chassis.
If you want more recent data on this point, please see our latest military robotics market report.
How important are bomb disposal and logistics to military ground robotics?
Bomb disposal is one of the most mature parts of military robotics, while logistics is becoming one of the fastest-growing.
EOD robots proved decades ago that militaries will repeatedly buy robotic systems when the alternative is sending a person toward an explosive device. The U.S. Centaur program illustrates the economics. Teledyne FLIR received $62.1 million for nearly 500 additional Centaur systems plus related equipment in 2022, implying an order value on the rough order of $100,000 per robot once associated equipment is considered. The larger MTRS Increment II program passed $250 million, and the 1,000th robot was delivered the following year.
Similar machines exist across NATO forces for explosive ordnance disposal, hazardous-material reconnaissance and route clearance. They provide a stable installed base and recurring maintenance business.
The growth frontier is shifting toward broader logistics, reconnaissance and engineering work. Mordor Intelligence expects logistics and EOD together to grow at roughly 14.25% annually through 2031, faster than the military-robotics market overall.
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Are robotic combat vehicles finally becoming a real market?
Robotic combat vehicles are becoming a real procurement category, but they are still far less mature than logistics UGVs or EOD robots.
The U.S. Army's Robotic Combat Vehicle program demonstrates both the opportunity and the delay. The Army initially experimented with several size classes before consolidating around one RCV configuration. Textron, General Dynamics Land Systems, McQ and Oshkosh Defense were each selected to provide prototypes, with the first competitive phase worth a combined $24.7 million. The planned second phase involved a single winner and up to nine production-representative prototypes before a later production decision.
The amounts remain small compared with conventional combat-vehicle programs. Oshkosh's description of the proposed next phase pointed to a base award around $119 million rather than billions of dollars in immediate serial production.
Other countries show a similar pattern. Japan bought three Rheinmetall Mission Master SP vehicles under a multimillion-dollar evaluation contract, while Rheinmetall continues developing Mission Master variants for cargo, weapons and short-range air defense.
Armed ground robots exist today, but large-scale procurement still lags far behind cheap logistics robots.
Is maritime robotics now as important as ground robotics?
Military maritime robotics is already comparable with ground robotics in value and may become the larger category because individual naval systems can cost dramatically more.
Military underwater vehicles alone were estimated at roughly $3.9 billion globally in 2024 by a Research and Markets study, with remotely operated vehicles representing more than half of that total. Another recent defense-and-security estimate placed UUVs around $3.8 billion in 2025. Even allowing for methodological differences, undersea robotics is already clearly a multibillion-dollar category.
Unmanned surface vessels add another layer. Fortune Business Insights estimated the entire global USV market, including commercial applications, at $2.4 billion in 2025. Defense is not all of that market, but naval demand is becoming one of its most important drivers.
Actual contracts are getting larger. Australia's Ghost Shark program alone is worth A$1.7 billion over five years. The U.S. Navy has selected three companies to provide 30 medium unmanned surface vessels at an average stated procurement cost of $40 million each.
Are underwater military robots already a bigger business than robot tanks?
Underwater military robots are currently a more mature commercial market than large robotic combat vehicles.
Navies have been using remotely operated and autonomous underwater systems for mine countermeasures, hydrographic work, surveillance and inspection for years, while most robot tanks remain in evaluation or limited production.
HII provides a useful installed-base benchmark. The company completed its 750th REMUS unmanned underwater vehicle in 2025, and REMUS systems are used in more than 30 countries, including 14 NATO members. The U.S. Navy's Lionfish program, based on the REMUS 300, could scale to 200 vehicles under a contract valued above $347 million. Japan has also ordered more than a dozen REMUS 300 vehicles.
Underwater systems also span a much wider price range than many ground robots. Small mine-hunting or reconnaissance UUVs can be deployed in quantity, while extra-large autonomous underwater vehicles are closer to small submarines in complexity and mission value.
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Did the U.S. Navy and Australia just create a real unmanned warship market?
The U.S. Navy and Australia are turning large autonomous naval systems into a real production market rather than keeping them stuck in prototype programs.
The U.S. Navy selected Galliano Marine Services, HII and Saronic for ten Medium Unmanned Surface Vessels each, at an announced average procurement cost of $40 million per vessel. That implies about $1.2 billion of procurement across the 30 ships before considering broader support, payloads or later follow-on orders. The first vessels are expected before the end of fiscal 2027.
Seven companies initially entered at-sea demonstrations, including Sea Machines, Leidos, Saronic, Galliano, PacMar, Birdon and HII. Three progressed into the 30-vessel production tranche.
Australia's Ghost Shark program shows the same transition underwater. Australia initially co-funded three prototypes with Anduril and later committed A$1.7 billion over five years for delivery, support and further development. The government describes the production fleet as numbering in the dozens rather than a handful of demonstrators.
The first production vehicle came off Anduril's new Sydney manufacturing line shortly after the program-of-record award, with more than 40 Australian companies involved in the supply chain.
| Program | Scale |
|---|---|
| U.S. MUSV sea-trial competitors | 7 |
| U.S. MUSV production winners | 3 |
| U.S. MUSVs planned | 30 |
| U.S. MUSV average procurement cost | $40M |
| Implied U.S. MUSV procurement | ~$1.2B |
| Ghost Shark program | A$1.7B |
| Ghost Shark production fleet | Dozens |
| Australian Ghost Shark supply-chain companies | 40+ |
If you want more recent data on this point, please see our latest military robotics market report.
Are navies actually buying robot fleets now?
Naval robotics is now splitting into mature small systems already bought in fleets and larger autonomous vessels that are only beginning to enter serial procurement.
Small and medium UUVs are the mature end. HII has produced more than 750 REMUS vehicles, the U.S. Lionfish program can scale to 200 systems, Japan has ordered REMUS 300s, and multiple navies operate mine-countermeasure and survey robots.
Smaller surface systems are moving in the same direction. Australia announced a A$126 million contract for 40 additional Ocius Bluebottle uncrewed surface vessels, taking the national fleet to 55. Exail received a European defense order for five DriX H-8 USVs for ISR missions.
At the upper end, Australia's Ghost Shark fleet and America's 30-vessel MUSV procurement show that extra-large underwater and medium surface vehicles are moving into real production.
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Are cheap military robots or expensive autonomous vehicles driving the market?
Both are driving the market, which is why unit volumes alone are misleading.
Ukraine represents a high-volume, low-unit-cost model. In one DOT-Chain tranche, 1,028 delivered UGVs were valued at about UAH 487 million, while 3,062 ordered systems were valued near UAH 1.96 billion. Even allowing for different vehicle mixes, the implied average price is tiny compared with an armored fighting vehicle.
At sea, the economics invert. America's new MUSVs carry an average procurement cost of $40 million each. Australia's A$1.7 billion Ghost Shark program covers only dozens of vehicles plus development and sustainment.
EOD robots occupy the middle, with historical U.S. Centaur orders suggesting six-figure system costs. Heavy armed UGVs can move into seven-figure territory depending on payload and armor.
| Robot category | Typical current economic model | Scale signal |
|---|---|---|
| Ukrainian logistics UGV | Low-cost, replaceable | 22,000+ contracted |
| EOD robot | Reusable specialist system | 1,000+ Centaurs delivered |
| Small tactical UUV | Reusable fleet asset | 750+ REMUS produced |
| Lionfish UUV | Serial naval procurement | Potential 200 vehicles |
| Bluebottle USV | Persistent low-cost naval surveillance | Australian fleet rising to 55 |
| U.S. MUSV | High-value autonomous vessel | 30 planned |
| Ghost Shark XLUUV | Strategic autonomous submarine | Dozens under A$1.7B program |
| Robotic combat vehicle | Heavy experimental land platform | Still prototype-heavy |
Is autonomy software becoming a market of its own?
Autonomy software is becoming a substantial layer of military robotics, although counting it separately can easily inflate the market.
The U.S. Department of Defense has already brought commercial autonomous-driving companies into military vehicle development. Applied Intuition and Kodiak Robotics were selected through the Defense Innovation Unit's Ground Vehicle Autonomous Pathways project to adapt commercial autonomy technologies for military ground vehicles.
The Army's RCV program similarly separates vehicle development from its software acquisition pathway. At sea, HII sells its Odyssey autonomous-control technology alongside REMUS and newer ROMULUS vessels. Anduril's naval systems are built around a software-defined autonomy architecture rather than a vehicle-only proposition.
Military customers increasingly want autonomy that can migrate across multiple vehicles rather than software permanently tied to one robot. That gives software companies a way into military robotics without manufacturing the chassis.
For market sizing, we count autonomy software only when it is clearly part of the robotic system or an incremental robotics procurement. Otherwise the same value can end up counted once inside a platform and again inside an “AI defense” market.
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Are fully autonomous weapons already the main military robotics market?
Fully autonomous weapons are not the main military-robotics market today; human-operated and supervised systems still dominate.
Mordor Intelligence estimates human-operated military robots accounted for about 55.7% of the market in 2025, even though fully autonomous systems are growing faster.
The operational evidence supports that number. Ukrainian ground robots are frequently teleoperated. Bomb-disposal robots have always relied heavily on human control. Many UUVs independently navigate a preplanned route but do not independently make lethal engagement decisions. The U.S. RCV program has also treated autonomous mobility separately from weapons employment.
The commercially important shift is reducing how much human attention each vehicle requires. One operator supervising several machines that navigate and avoid obstacles independently can already generate major labor and force-structure benefits without full autonomous weapons employment.
What is stopping military ground robots from scaling even faster?
Communications, mobility and reliability are still the main constraints on military ground robots.
A battlefield UGV must continue functioning in mud, rubble, vegetation, extreme temperatures and electronic warfare while carrying enough energy and payload to justify its existence.
Recent Russian experience offers a visible example. During the Tsentr-2026 exercises, Russia's Shturm unmanned assault vehicle reportedly suffered repeated command-link problems and eventually became immobilized during its public demonstration. The failure mode is straightforward: an unmanned tank quickly loses value if the operator cannot communicate with it or if the chassis cannot handle the terrain.
Ukraine's rapid UGV deployment points to the same constraints from the other direction. Its defense ministry has repeatedly emphasized communications and command-and-control improvements while increasing procurement.
Energy remains another limitation. Ground robots carrying useful payloads consume substantial power off-road, while armor increases weight further. These practical constraints explain why logistics and evacuation are scaling faster than complex autonomous assault missions.
Can military robots replace tanks, soldiers and warships?
Military robots are currently expanding armed forces rather than replacing tanks, soldiers or warships outright.
The clearest procurement programs pair robots with soldiers, submarines, armored formations or conventional fleets. The U.S. Army describes its RCV concept around human-machine integrated formations. Australia's government presents Ghost Shark as complementary to submarines and surface combatants. Ukrainian UGVs remove soldiers from exposed logistics routes without eliminating infantry formations.
The economics support this hybrid model. A $40 million unmanned surface vessel can provide persistence and distributed sensing without requiring the crew infrastructure of a destroyer, but it does not provide the same weapons load, command facilities or survivability. A cheap ground robot can repeatedly carry ammunition through a dangerous zone without replacing the infantry unit receiving it.
If you want more recent data on this point, please see our latest military robotics market report.
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Which parts of military robotics are growing fastest?
Ground logistics and autonomous maritime systems currently have the strongest combination of accelerating use, expanding procurement and room to grow.
Mordor Intelligence expects land military robots to expand at about 13.1% annually through 2031, substantially faster than the roughly 9.5% growth projected for the overall military-robotics sector. Logistics and EOD applications are projected around 14.25%. Those forecasts now have strong real-world support from Ukraine's year-on-year UGV procurement growth.
Underwater autonomy is another double-digit-growth category. Recent military UUV estimates typically point toward roughly 9–11% annual expansion, while some autonomous subsectors grow faster. Surface robotics appears smaller but has gained a major procurement catalyst through the U.S. MUSV program.
Growth is now coming from several independent missions: logistics, mine countermeasures, ISR, casualty evacuation, submarine warfare, fleet surveillance and eventually combat.
How concentrated is the military robotics industry?
Military robotics remains fragmented because the market spans machines with very different engineering and procurement requirements.
Teledyne FLIR and QinetiQ have long histories in tactical ground robots. Rheinmetall, Textron, General Dynamics and Oshkosh are developing larger UGVs. Milrem has built a position around the THeMIS family. HII is a major UUV supplier through REMUS while also entering larger USVs. Anduril has become important in extra-large underwater vehicles. Saronic is scaling autonomous surface vessels. Exail, Kongsberg and Saab participate in specialized naval robotics.
The U.S. Navy's MUSV competition shows how open the field still is: seven companies reached at-sea testing and three received production awards.
Different companies can therefore lead ground logistics, EOD, underwater mine warfare, large autonomous submarines and surface vessels at the same time.
Could military robotics beyond drones become a $20 billion market soon?
A $20 billion annual military-robotics market beyond aerial drones is plausible during the early 2030s if today's larger programs become recurring production.
Starting from roughly $10–13 billion today, a 9–13% annual growth rate roughly doubles the market within six to eight years. A $11.5 billion market growing at 10% annually becomes almost $18.5 billion after five years and roughly $22.4 billion after seven. At 12%, it passes $20 billion sooner.
Ukraine has shown a pathway to tens of thousands of inexpensive ground vehicles. The U.S. Navy has created a pathway toward billion-dollar autonomous surface programs. Australia has created a billion-dollar XLUUV program. Lionfish shows how a mature small-UUV platform can scale toward hundreds of units.
Large programs can still be delayed, reorganized or cancelled, and wartime Ukrainian consumption is not a normal peacetime baseline. But the market no longer depends on one speculative technology breakthrough to keep growing.
Who delivers and who keeps pushing back the date? Find out in our military robotics market report.
How big is the military robotics market beyond drones, then?
The military robotics market beyond aerial drones is currently about $10–13 billion a year under a broad but defensible definition, while the stricter market for directly military ground and maritime robotic platforms is probably closer to $6–9 billion.
The broad estimate is supported independently in several ways. Removing Mordor Intelligence's 45.92% airborne share from its $23.31 billion 2025 military-robotics estimate produces about $12.6 billion. PW Consulting separately estimates roughly $6.9 billion of ground robots and $5.5 billion of marine robots, or about $12.4 billion combined. Grand View Research's older $19.68 billion total and more-than-51% airborne share imply a non-air market below roughly $9.6 billion. Taken together, they place the reasonable broad range around $10–13 billion.
The narrower procurement evidence is smaller but increasingly convincing. Dedicated military UGV studies generally place ground robotics around $2–3 billion. Military UUV estimates are already around $4 billion under some definitions. Defense USVs, EOD systems, autonomy and associated support add several billion more, but substantial overlap prevents us from simply adding every published category.
The market has clearly crossed into real industrial scale. Ukraine is contracting ground robots by the tens of thousands, the U.S. Navy is moving toward a 30-vessel MUSV fleet, Australia has committed A$1.7 billion to Ghost Shark, and HII has already produced more than 750 REMUS underwater vehicles.
Today, military robotics beyond drones is best understood as a real high-single-digit to low-double-digit-billion-dollar industry, with its strongest current markets in ground logistics, EOD, underwater systems and increasingly autonomous surface vessels.
If you want more recent data on this point, please see our latest military robotics market report.
Our methodology
We approached the military robotics market beyond drones as an evidence-aggregation problem rather than a single-number lookup. The definition changes substantially depending on whether the market includes only military robotic platforms or also autonomy software, payloads, sensors, support and dual-use systems, so we separate a broad $10–13 billion market estimate from a narrower $6–9 billion military procurement core.
We used top-down market estimates and bottom-up procurement evidence as checks on each other. Broad military-robotics estimates establish the approximate economic envelope, while contracted units, program values, delivered fleets, operational missions and production decisions show whether those numbers are consistent with what governments are actually buying.
Where categories overlap, we do not simply add them together. A robotic vehicle can already include autonomy software, sensors, payloads, control stations and support, so adding separate estimates for each component can count the same economic value more than once. This is particularly important when comparing military-robotics studies with dedicated UGV, UUV, USV or defense-AI markets.
We also distinguish mass deployment from high economic value. Ukraine's ground-robot market is already producing unit volumes in the tens of thousands, while naval programs can create comparable or greater spending with only dozens of vehicles. Both matter, but they describe very different commercial models.
Prototype announcements receive less weight than contracted procurement, delivered systems or established fleets. Ukraine's large UGV orders therefore provide stronger evidence of ground-market formation than an experimental vehicle demonstration, while programs such as Lionfish, MUSV and Ghost Shark receive weight because they have moved toward formal production and procurement pathways.
Ukraine is treated as evidence of how quickly ground robotics can scale under wartime conditions, not as a normal peacetime purchasing baseline. We balance that unusually high-volume case with longer-cycle procurement evidence from the U.S., Australia, Japan and other military customers.
Key sources used for the ground-robotics analysis include the Ukraine Ministry of Defence on UGV procurement and operational missions, the Ukraine Ministry of Defence on planned UGV contracting and procurement values, the Ukraine Ministry of Defence on early-2026 ground-robot deployment, and the U.S. Army on the Robotic Combat Vehicle prototype program.
For maritime robotics, key sources include the U.S. Navy on procurement of 30 Medium Unmanned Surface Vessels, the U.S. Navy on the preceding MUSV at-sea competition, the Australian Department of Defence on the A$1.7 billion Ghost Shark program, and the Australian Defence Ministers on expansion of the Bluebottle fleet.
Installed-base and production evidence comes particularly from HII's Lionfish production data, HII's Lionfish and REMUS fleet information, and HII's REMUS installed-base figures. We also use U.S. Department of Defense material on military ground-vehicle autonomy, Rheinmetall's Mission Master procurement announcement for Japan, and Anduril's Ghost Shark production update to test how far individual categories have moved from demonstration into repeatable production.
The final range comes from convergence rather than any single source. We compare several independent market estimates with visible military procurement and installed-base data, discount overlapping categories, and give the greatest weight to evidence that shows systems being contracted, produced, delivered or repeatedly used.
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