Ukraine Is Moving Toward Serial Production of Unmanned Ground Systems for the Front
The Ukrainian market of unmanned ground systems is entering a new stage in 2026. If earlier this field was often associated with prototypes, small batches and separate engineering solutions, now it is about large-scale contracting, state procurement for tens of thousands of systems and an attempt to turn frontline robotics into a full-fledged industrial sector. Time for Action looked into why demand for unmanned ground systems is already measured not in hundreds, but in tens of thousands of units, what prevents manufacturers from scaling quickly, and why combat robots with turrets still have to go through a more difficult path than logistics platforms.
The main change is that ground robots have ceased to be only a promising technology. They have already become a practical tool for the front. Such systems are used to deliver ammunition, water, equipment, assist in evacuating the wounded and reduce the risk for soldiers where a person can come under fire. It is logistics and evacuation tasks that became the first major proof of the need for UGS in war. At the same time, the market is only approaching true serial production. The scale of state plans shows that the need is already much greater than the capacity of small batches. The Ministry of Defense plans to contract 25,000 unmanned ground systems in the first half of 2026. This is twice as many as during all of 2025. Nineteen contracts with manufacturers worth UAH 11 billion have already been concluded. These figures are important not only as an indicator of demand. They demonstrate a transition from an experimental market to an industrial model. But this is where the main test begins. For the front, it is not enough to have a successful prototype. It is necessary to steadily produce hundreds and thousands of systems, deliver them to the troops, repair them, maintain them, train operators and quickly take combat experience into account. The abolition of VAT for the supply of unmanned ground systems has become an important decision for state procurement. If a conditional system costs UAH 1 million without VAT, then with the tax its final price for the state customer would be UAH 1.2 million. After the VAT exemption, the budget effectively does not pay an additional UAH 200,000 per unit. This can provide savings of up to 20% of the price without VAT, or about 16.7% of the final price that would have been with the tax.
But this benefit should not be perceived as an automatic 20% reduction in the cost of production itself. The production cost of UGS consists of many parts: electronics, mechanics, batteries, communication systems, sensors, bodies, labor costs, research and development, testing and service. VAT removes the tax burden from the final supply, but does not eliminate expenses for components, people, production processes and technical support.
“The abolition of VAT in this process is an important accelerator. It did not create demand by itself, but it improved the economics of procurement, reduced the final price for the state and gave manufacturers better conditions for planning serial production”
This is an accurate explanation of the role of the tax benefit. It helps the market move faster, but it does not replace the production base. Demand is created by frontline needs and the state’s decision to scale procurement. The benefit only makes these purchases economically easier for the budget and more predictable for the manufacturer.
Among publicly known Ukrainian manufacturers of unmanned ground systems are Tencore, Ratel Robotics, Roboneers, DevDroid and Frontline Robotics. At the same time, there is currently no open official ranking of manufacturers by the number of supplied systems or the value of contracts. This is important because the market is growing quickly, but still does not have a complete open picture of the scale of each manufacturer. One of the most specific examples is Tencore, which produces the TerMIT UGS. In 2025, the company handed over more than 2,000 systems to the military. In June 2026, the German company Quantum Systems reported that Ukrainian Tencore has more than 3,000 platforms in combat conditions, and its production capacity exceeds 300 units per month. Another notable player is Ratel Robotics. The company works on ground platforms for logistics, evacuation, mining, drone launching and other frontline tasks. According to Business Insider, Ratel Robotics employs about 350 people, and its production capabilities allow it to produce hundreds of UGS per month. These examples show that serial capabilities are already being formed in Ukraine. But the market cannot be assessed only by the most visible companies. There are different levels of readiness in the industry. Some teams have prototypes. Others are able to produce small batches. Others already have a repeatable production process, contracts, supply, service and the ability to increase batches. Between a prototype and serial production lies not one step, but an entire production path. That is why the plan to contract 25,000 UGS in the first half of 2026 looks ambitious, but realistic only under certain conditions. It is important that orders are distributed among several manufacturers. Sufficient financing, access to components, fast acceptance, clear codification and a realistic delivery schedule are needed. Contracting does not mean that all systems must be delivered to the troops at once. Contracts may be signed in the first half of the year, while production, testing, transfer and service may take place in stages. The biggest limitations for scaling are not only workshops and production facilities. The industry depends on critical components: electronics, batteries, motors, sensors, communication systems, controllers. If even one important element is delayed at import or becomes more expensive, it can affect the entire batch.
A separate problem is customs clearance and the practical application of benefits. It is important for the manufacturer that the rules are clear and work the same way in real procedures. In serial production, even a delay of several days can shift the delivery schedule. For the front, this is not a bureaucratic detail, but a matter of time. Alongside components stands the issue of money. Large-scale production requires working capital. A company must purchase components, maintain a team, pay for production processes, testing, logistics, service and repair. If financing is unstable, a manufacturer may have an order, but not have enough flexibility to quickly fulfill a large batch. Another critical factor is people. The market needs engineers, electronics specialists, mechanics, testing operators, production control specialists, service and repair specialists. It is personnel who often determine whether a company can move from dozens of products to hundreds and thousands. A machine tool or premises can be found faster than preparing a team capable of steadily assembling, testing and repairing complex systems.
“Production capacities are also important, but in many cases they can be expanded faster than solving the problem of components, money and personnel”
This assessment describes the real limit of growth well. Ukrainian defense robotics is limited not only by the state’s desire to buy and not only by the talent of engineers. It is limited by supply, financial endurance, people and the stability of rules.
At the front, UGS are already performing tens of thousands of real logistics and evacuation tasks. It is difficult to determine the exact share of frontline logistics they currently cover. It depends on the section of the front, the type of unit, the intensity of combat and the availability of the systems themselves. But the trend is clear: where the delivery of ammunition, water, equipment or evacuation of the wounded is associated with high risk for personnel, ground robots become a necessary tool. At the same time, it is important not to exaggerate their role. UGS do not yet cover most frontline logistics along the entire line. They are already important in certain directions and in certain units, but they have not become a universal replacement for people, transport or other delivery means. Their current strength lies in reducing risk where every movement of a person can cost a life. Combat unmanned ground systems with turrets are a more complex story. If a logistics UGS has a clear task to deliver cargo or assist with evacuation then a combat platform must pass a much stricter test. It must be reliable, controllable, resistant to frontline conditions, safe for friendly forces and genuinely useful in combat use.
Here, the requirements for communication are much higher. For combat systems, stable control and data transmission in a difficult environment are critically important. If communication is unstable, the risk increases. If the system is difficult to control, the military will not trust it widely at the front line. If it is expensive but does not deliver a confirmed result, it is difficult to scale. The cost of combat UGS is higher, the requirements for testing and acceptance are stricter, and effectiveness must be confirmed not only by proving ground trials, but by practice. Legal regulation also matters, but the main barrier today is the military’s trust in the system under real conditions.
“If a combat UGS proves effectiveness, survivability and ease of use, it has a chance to scale. If not, it will remain a niche solution, even if it looks technologically promising”
This is one of the key ideas for the entire industry. The Ukrainian UGS market can no longer develop only through impressive demonstrations. The front tests technologies harshly: it works or it does not, saves people or it does not, withstands conditions or it does not, is repaired quickly or creates additional problems. It is combat practice that will determine which systems become widespread and which remain promising but limited solutions.
Ukraine is already moving toward producing ground robots on the scale of tens of thousands of units per year. The very fact that the state plans to contract 25,000 systems in the first half of 2026 shows that the need is measured in new quantities. But the market’s ability to fulfill such demand depends on systematic capacity. What is needed is not one-time orders, but longer contracts. Not only prototypes, but repeatable production. Not only product delivery, but service and repair. Not only production facilities, but people, components, financing, codification and fast acceptance. Without this, the industry may have high demand but face bottlenecks at every stage. Ukrainian ground robotics has already proven that it is needed at the front. Now it has to prove something else that it is capable of becoming a stable industrial system. The real test for the market begins not when the state announces tens of thousands of systems, but when manufacturers must regularly deliver these systems to the troops, keep them operational and scale quickly without losing quality. This is what will determine whether 2026 becomes the year of a major transition from separate successful platforms to a full-fledged industry of unmanned ground systems. Demand already exists. The first serial examples also exist. Now the decisive factors are components, money, personnel, service and the trust of the military.
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