The unmanned systems market structure, its worth, and who the key players are
The drone market is heterogeneous, and estimates of its size can vary depending on the methodology used by research firms and the market segments included in their calculations.
Market size
According to various estimates, the global market for unmanned aerial vehicles will be worth between $50 and $95 billion in 2026, depending on whether analysts consider only hardware or also software, services, and related infrastructure.
Forecasts for the coming decade project growth to $140–180 billion, with an average annual growth rate of 10–20%.
The military drone segment alone is estimated to be worth approximately $28–35 billion and is expected to grow to over $100 billion by the start of the next decade. This reflects significantly higher growth rates compared with the civilian sector, at around 25% per annum. Grand View Research currently values the military drone market at $54.2 billion, which is expected to rise to around $98.2 billion by 2033.
The wide range of figures is due to the blurred market boundaries: different analytical agencies often count the drone as a hardware device, the software platform for autonomy and the components and ground-based control infrastructure separately.
For a private investor, the practical conclusion from this variety of estimates is straightforward: before comparing two investment opportunities based on market size, the investor should clarify each study's methodology and ensure that both sources consider the same market segments. Otherwise, one may draw false conclusions about growth rates or the size of a company's target market by relying on figures from different, non-comparable reports.
The military and dual-use segments
These segments are currently attracting the greatest share of investment interest.
Recent combat experience has shown that low-cost tactical drones and loitering munitions can disable equipment that costs tens or even hundreds of times more. It has forced the defence ministries of leading nations to change their procurement strategies, favoring the mass production of low-cost systems over individual, high-cost platforms.
At the same time, demand for autonomy is growing. Software platforms that enable drones to operate without a stable connection to the operator, or in conditions of active signal jamming, have become a distinct and highly sought-after area of investment. The dual-use category — technologies applicable in both the military and civilian spheres — attracts investors because it enables companies to diversify their sales markets and reduce their dependence on a single customer. Examples include GPS-free navigation systems, detection sensors, and swarm control platforms.
Civil and commercial segments
The civilian part of the market covers a much wider range of categories. Unmanned aerial vehicles (UAVs) remain the largest and best-known segment, encompassing everything from small quadcopters used to inspect infrastructure to heavy fixed-wing aircraft used for logistics.
Ground-based robotic systems (UGVs) are used for mine clearance, patrolling, and transporting cargo in challenging conditions.
Maritime unmanned systems, both surface (USVs) and underwater (UUVs), are developing rapidly due to their use in maritime reconnaissance and strike operations—a trend particularly evident in the Black Sea theatre.
Software and autonomy constitute a separate, rapidly growing category, including flight control algorithms, target recognition, and the coordination of group actions. This category often yields higher profit margins than the vehicle's manufacture.
Components and communication equipment, such as engines, batteries and secure data transmission channels, form a separate supply chain which is vulnerable to dependence on imports, particularly from China.
Counter-UAS systems, used to detect, track, and neutralise hostile drones, have become one of the fastest-growing sub-segments. According to analysts' estimates, this market could grow from approximately $4–14 billion in 2026 to between $20 and $55 billion over the next seven to eight years.
Finally, the services segment, which includes goods delivery, infrastructure inspection and agricultural field monitoring, remains a less capital-intensive but steadily growing sector focused on commercial rather than defence customers.
Key players in the drone market
The market landscape should be considered separately for public companies, venture-backed private startups, and the Ukrainian defence technology sector.
Public companies
AeroVironment, a manufacturer of tactical drones and Switchblade-family loitering munitions, is the most frequently mentioned company among those whose shares are traded on the stock exchange. Its financial performance has risen significantly in recent quarters against the backdrop of defence demand, thanks to a combination of organic growth and the acquisition of related companies.
Kratos Defense is developing a range of low-cost unmanned aerial vehicles, including the Valkyrie, a jet-powered autonomous aircraft that escorts manned fighter jets. The company diversifies risk through a broader defence portfolio that extends beyond drones themselves.
Other notable public companies include Palantir, whose software platforms coordinate autonomous fleets and analyse data; Red Cat Holdings, which specialises in smaller-scale tactical drones; and Ondas Holdings, which focuses on autonomous systems and secure communications. There are also major defence contractors such as Northrop Grumman and Elbit Systems, for whom unmanned systems are just one area of activity among many. Investors sometimes view the business diversification of such giants as an advantage, as it reduces volatility compared with companies that are entirely dependent on a single product line.
However, it is worth noting that even the largest publicly listed companies in this sector have highly volatile share prices. Following strong quarterly reports, their share prices can surge by tens of per cent in a single trading day, only to fall sharply in the wake of general market sentiment or news of the loss of a specific contract. Therefore, even publicly traded, liquid instruments in this niche should be regarded as volatile rather than conservative.
Private companies and startups
The private drone technology sector has seen record levels of funding growth in recent years.
Founded in 2017, Anduril Industries reached a valuation of $61 billion following funding rounds in 2026. The company combines the manufacture of drones, rocket engines, and radar systems with its own software platform for data management. This company is a prime example of the growing interest from private capital in the sector's most successful players.
Shield AI, which specialises in the autonomous piloting of combat drones without the need for GPS or a stable connection, was valued at around $12.7 billion in 2026 after raising approximately $2 billion from investors such as Advent International and a division of JPMorgan Chase. Part of this funding came in the form of non-recourse preferred equity from Blackstone funds.
Germany’s Quantum Systems, which collaborates closely with Ukrainian partners, has raised over $1 billion at a valuation of several billion dollars, channelling the funds into scaling up production.
These are just a few examples of a broader trend: defence technology startups, including manufacturers of autonomous underwater vehicles and anti-drone systems, have consistently been among the largest recipients of private funding rounds in recent years. The total capital raised by defence technology startups in the first quarter of 2026 alone amounted to billions of dollars.
Some of these companies have stated their intention to go public in the coming years, creating an additional incentive for private investors to enter into deals at a late private stage via the secondary share market or specialised investment vehicles that provide access to shares set to be offered in an IPO.
Ukrainian defence tech
In recent years, Ukraine has become one of the world’s leading drone manufacturing hubs — thanks not only to the scale of its military deployment, but also to the speed of development and localisation of production.
As of 2026, over 450 companies in the country develop and manufacture unmanned systems, with the combined annual production capacity for FPV drones reaching millions of units.
Notable players include Skyeton, with its Raybird reconnaissance drones, and Ukrspecsystems, with its range of reconnaissance and strike systems. There are also younger companies such as Vyriy, Frontline Robotics, Swarmer, Himera and Airlogix, which are working on drone swarms, secure communications and electronic warfare capabilities.
By 2026, Ukrainian manufacturers had set up joint ventures in Europe to circumvent domestic production capacity constraints and bring their products closer to Western customers.
Investment in Ukraine’s defence technology sector increased from small amounts to over $100 million last year, while the number of specialised funds focusing on defence technologies exceeded 10.
Nevertheless, this segment remains one of the most challenging for foreign investors due to export restrictions, martial law, and the specific nature of contracts with state customers. Another challenge is competition from Western manufacturers for government contracts from allied nations. In 2026, Ukrainian companies with their own production facilities abroad lost tenders to European suppliers due to the longer lead times involved in obtaining export licences.
Entry points: how to invest in drones
The approach to participating in the drone technology market should be based on your capital, risk appetite, and desired level of involvement in a particular investment.
Shares and ETFs
The simplest and most liquid way to gain exposure to the drone sector is to buy shares in public companies directly, or via sector-specific exchange-traded funds (ETFs).
Notable thematic ETFs include those focused on space and defence innovation, autonomous technologies, and unmanned systems. These funds typically hold a mix of drone manufacturers, defence contractors, and component suppliers.
Such funds are usually actively managed and regularly review their holdings, depending on how well a particular company aligns with the themes of autonomy and defence innovation. Consequently, their composition can change significantly from year to year.
The advantages of this approach are high liquidity, diversification within a single investment vehicle, and no minimum entry threshold beyond the cost of a single share or fund unit.
However, the choice of pure-play companies on the stock exchange is limited, as most promising startups remain private companies and are therefore unavailable on the open market. Furthermore, thematic funds often dilute their exposure to drones with shares in related but non-core technology companies.
Venture capital investments and angel deals
Investors wishing to get involved at an early stage of a company’s development can choose from venture capital funds specialising in defence and dual-use technologies, as well as angel networks and syndicates that focus specifically on defence technology.
While this approach provides access to deals with potentially the highest return multiples, it requires substantial capital, a willingness to commit to a long investment horizon of typically five to ten years until exit, and an understanding of the sector's specifics, particularly government procurement cycles. Some funds in this niche focus specifically on companies whose products have already been tested in real combat conditions. While this reduces technological risk, it does not eliminate commercial and regulatory risks.
Direct investment and crowdfunding
Direct investment in a specific company without intermediaries remains the least accessible option for private investors due to high minimum investment thresholds and limited access to deals. At the same time, however, crowdfunding platforms are gradually opening up access to this segment, enabling investors to participate in funding rounds for companies developing unmanned technologies for dual-use or purely civilian purposes with small sums.
While this format broadens the pool of potential investors, it also shifts most of the responsibility for assessing the deal onto the investor themselves, as the platform’s vetting is usually less thorough than the due diligence carried out by a professional fund.
Risks associated with investing in unmanned technologies
Investing in unmanned systems involves the usual venture capital risks, as well as troubles specific to the defence sector.
The regulatory requirements and certification procedures for unmanned aerial vehicles (UAVs) can vary significantly between jurisdictions, potentially delaying a product’s market launch by years. This is particularly true in civil aviation, where the rules governing the integration of drones into general airspace have not yet been fully harmonised, even within a single region.
Export controls, particularly the US ITAR and EAR regimes, restrict companies' ability to sell dual-use or military-grade technologies abroad, potentially blocking deals with foreign partners or investors entirely. These regimes further complicate entry into the world’s largest defence market for foreign suppliers, requiring them to establish local legal structures with a controlled supply chain.
A substantial proportion of leading market players' revenue depends directly on government defence contracts. Therefore, a shift in budgetary priorities or a delay in approving a government order directly impacts a company’s financial performance and, at times, the entire sector, particularly during a national-level review of the defence budget.
Technologies in this sector become obsolete rapidly. Solutions that were considered revolutionary two years ago may now be ineffective against new electronic warfare systems or counter-drone measures. Meanwhile, the cycle of weapon modernisation in combat conditions is measured in months rather than years.
Geopolitical instability has a dual effect: it fuels demand for unmanned systems while also creating the risk of sudden changes in the rules—such as sanctions, embargoes, or the severing of diplomatic relations—that directly impact component supply chains.
Venture capital stakes in this sector are illiquid: exiting an investment is primarily possible through selling the company, launching an IPO or securing subsequent funding, and this process takes years. Meanwhile, the secondary market for shares in private defence companies is narrower and more opaque than that for public companies.
Finally, some institutional investors face ethical constraints: certain pension funds, university endowments, and other limited partners have internal policies that prohibit or restrict investment in weapons manufacturers or military-grade technologies. This narrows the pool of potential co-investors for venture capital funds in this sector and may also make it more difficult for startups to raise subsequent funding.
A checklist for evaluating a drone startup before investing
Before investing in a particular company, it is worth checking a few key points.
Consider the team and its experience. Do the founders have practical experience of the technology’s combat use, or at least a deep understanding of the end user’s requirements, rather than just engineering expertise? Teams that include former military operators or engineers from specialised defence programmes tend to have a better grasp of the customer’s genuine requirements than those with exclusively civilian technological backgrounds.
The Technology Readiness Level (TRL) indicates whether the technology is at the laboratory prototype stage or whether it has already been tested in field or combat conditions. The difference between these stages directly affects the risk and the timeframe for commercialisation. A product that has undergone real-world testing on the front line or in field exercises will cost significantly more than the same product at the demonstration prototype stage, and this will be reflected in the company’s valuation.
Unit economics: how much it costs to manufacture a single unit or system and at what price the company can sell it while maintaining an acceptable margin as production scales up. It is particularly important to understand whether the cost price depends on imported components, as their availability may be affected by sanctions or supply chain disruptions.
Contracts or letters of intent (LOIs) with real customers are a much stronger indicator of market interest than verbal assurances. It is also worth checking whether all contracts are with a single customer, since the loss of a major client could have a catastrophic effect on revenue.
In terms of scalability, can the company transition from small-batch to mass production without critical delays to the supply chain? Does it have a contingency plan in place for a sharp rise in demand?
Intellectual property and its protection: Key technological solutions might be patented, but how difficult would it be for competitors to replicate them, given that some technologies in the sector are rapidly copied and adapted by other manufacturers?
Sanctions and export risks: Does the company have a legally sound structure for selling technologies in its target markets that accounts for export controls? Is its business model dependent on countries or partners against which new restrictions might be imposed?
Finally, the company’s capital structure (cap table) should be carefully examined: who the existing shareholders are; what rights previous investors hold; whether there are any preferential liquidation rights; and how the new investment will affect the future investor’s stake and rights compared to those who invested in previous rounds.
Is it worth investing in drones in 2026? The pros and cons
The arguments in favour of investing in this sector are compelling. Defence budgets in leading countries are increasing, with a significant proportion of these funds being channelled specifically into unmanned and autonomous systems as a cheaper, more flexible alternative to traditional equipment.
Recent combat experience has demonstrated the technology's practical effectiveness, thereby reducing one of the main risks for venture capitalists—doubts about the product’s market fit. The market is also rapidly diversifying into civilian and commercial applications, providing companies with additional revenue streams beyond government contracts. Meanwhile, state support for manufacturers in several countries reduces the risk of losing funding in the early stages.
However, there are also important caveats. The valuations of many private companies in the sector have risen so rapidly that some investors consider them overvalued relative to current revenue, rather than solely on growth potential.
Reliance on government procurement makes cash flows less predictable than those of typical commercial technology companies. Furthermore, regulatory environments and export restrictions can change rapidly in response to political decisions, creating uncertainty even for technologically successful projects.
Finally, the high level of competition and rapid technological obsolescence mean that today’s market leader cannot be guaranteed to remain so in two or three years' time, and some of today's technological advantages may become obsolete much more quickly than in typical civilian sectors.
Whether or not it is worth investing in drones in 2026 is not clear-cut — the decision depends on one’s investment horizon, risk tolerance, and willingness to delve deeply into the specifics of the defence market.
Some investors regard this as one of the most promising technology sectors of the decade, while others see it as an overly volatile and politically dependent niche. As with any other high-risk asset, a prudent approach involves diversifying investments, thoroughly vetting each deal, and understanding how long it may take to exit the investment.
