Ukraine’s Ballistic Missile Program: Testing Expected Against Russia by Autumn, Says Defense Expert
Ukraine is actively developing its own ballistic missile capabilities, with initial testing potentially occurring against Russian targets as early as autumn 2025, according to Denis Shtilerman, a prominent Ukrainian defense industry expert. In a recent interview, Shtilerman provided rare insights into the country’s ambitious missile development program, anti-ballistic defense efforts, and the ongoing technological race triggered by Russia’s deployment of the Oreshnik intermediate-range ballistic missile. These revelations come at a critical juncture in the conflict, as both nations accelerate their advanced weapons programs in an increasingly sophisticated technological confrontation.
The development of indigenous ballistic missile systems represents a strategic priority for Ukraine, which has been heavily dependent on Western-supplied weapons systems since Russia’s full-scale invasion began in February 2022. According to Shtilerman, Ukrainian engineers and defense contractors have made significant progress in creating domestic ballistic missiles capable of striking deep into Russian territory. The expert emphasized that such weapons would provide Ukraine with a crucial capability to target military installations, logistics hubs, and command centers far beyond the current range of available systems. This development parallels Ukraine’s successful expansion of its drone warfare capabilities, which have already demonstrated the country’s ability to innovate rapidly under wartime conditions.
The timeline for these weapons remains subject to various factors, including funding, access to critical components, and the ongoing technological challenges inherent in developing sophisticated missile systems. Shtilerman noted that while autumn testing represents an optimistic scenario, the actual deployment could be influenced by the availability of specialized materials and Western technological assistance. Ukraine’s defense industry has shown remarkable resilience and adaptability throughout the conflict, transforming from a relatively modest sector into a wartime powerhouse capable of producing everything from combat drones to armored vehicles at scale.
Russia’s deployment of the Oreshnik ballistic missile in late 2024 has added urgency to Ukraine’s anti-ballistic defense development efforts. The Oreshnik, an intermediate-range ballistic missile derived from Russian strategic weapons technology, represents a significant escalation in the conflict’s technological dimension. When Russia first used this weapon against Ukrainian targets, it demonstrated capabilities that current air defense systems struggle to intercept effectively. The missile’s speed and trajectory make it particularly challenging for conventional surface-to-air missile systems, prompting Ukraine to accelerate research into specialized anti-ballistic technologies.
Shtilerman addressed the complexities of developing effective countermeasures against weapons like the Oreshnik, explaining that anti-ballistic defense requires fundamentally different technologies than those used against cruise missiles or aircraft. Traditional air defense systems such as the Patriot and IRIS-T, while highly effective against certain threats, were not primarily designed to intercept high-speed ballistic missiles during their terminal phase. Ukraine is reportedly working on both detection systems capable of providing earlier warning and interception technologies that could engage incoming ballistic missiles at various stages of their flight path. This effort draws on both domestic expertise and consultation with Western defense partners who have extensive experience in ballistic missile defense.
The broader context of Ukraine’s missile development program reflects a fundamental shift in the country’s defense strategy. Before 2022, Ukraine maintained limited missile production capabilities, with most advanced systems inherited from the Soviet era having been retired or become obsolete. The current conflict has catalyzed unprecedented investment in domestic defense manufacturing, with the government allocating substantial resources to research and development. International partnerships have also played a crucial role, as Western nations have provided not only finished weapons systems but also technical expertise and access to advanced manufacturing technologies that accelerate indigenous development timelines.
Looking ahead, the successful development of Ukrainian ballistic missiles would fundamentally alter the strategic calculus of the conflict. Currently, Ukraine relies on limited stocks of Western-supplied long-range weapons and domestically produced drones for strikes on Russian territory. Indigenous ballistic missiles would provide a more sustainable and potentially more capable option for deep strikes, reducing dependence on foreign supplies and political considerations that sometimes limit the use of Western weapons. Shtilerman emphasized that these weapons are intended for military targets and represent a proportional response to Russia’s own use of ballistic missiles against Ukrainian cities and infrastructure throughout the conflict.
The race between offensive and defensive missile technologies continues to intensify as both sides invest heavily in next-generation weapons systems. Ukraine’s efforts to develop both ballistic missiles and corresponding defense systems illustrate the dual nature of modern warfare, where nations must simultaneously develop strike capabilities and protective measures. As the conflict enters its fourth year, these technological developments may prove decisive in shaping the battlefield dynamics and ultimately influencing the war’s outcome. Defense analysts worldwide are watching these developments closely, as the lessons learned in Ukraine could reshape military doctrine and weapons development globally for decades to come.
