In the crucible of modern warfare, where technology evolves at a breakneck pace, Ukraine has unveiled a revolutionary weapon that could redefine aerial combat. At the Iron Demo 2025 exhibition in Lviv, the Ukrainian manufacturer Besomar introduced the Besomar 3210, a first-of-its-kind reusable interceptor drone designed to neutralize the growing threat of Russian drones, particularly the deadly Geran-2. This innovative system, armed with a 12-gauge shotgun and an automated firing mechanism, represents a bold step forward in Ukraine’s fight to reclaim control of its airspace. As Russian drone attacks intensify, the Besomar 3210 emerges as a beacon of hope, blending affordability, ingenuity, and cutting-edge technology to counter an unrelenting adversary.
The Rising Tide of Drone Warfare
The war in Ukraine has become a testing ground for next-generation military technologies, with drones playing an increasingly dominant role. According to reports from Kyiv, Russian forces launched over 6,000 drones in July 2025 alone, a record high since the invasion began. Over the past three months, an astonishing 15,700 drones have targeted Ukrainian territory, striking both day and night in a relentless campaign to overwhelm air defenses. These attacks, often led by the Geran-2—a derivative of the Iranian Shahed-136—have exposed the limitations of traditional air defense systems, which rely on costly missiles that can run up to $200,000 per shot.
Faced with this escalating threat, Ukraine has turned to innovation to level the playing field. The Besomar 3210 is not just a response to Russian aggression but a testament to Ukraine’s resilience and adaptability. Unlike kamikaze drones that sacrifice themselves to destroy their targets, the Besomar 3210 is designed for reusability, offering a cost-effective and sustainable solution to a problem that has plagued Ukrainian forces for years. This drone doesn’t just fight—it fights smart.
A Closer Look at the Besomar 3210
The Besomar 3210 is a marvel of engineering, purpose-built to tackle fast-moving, elusive targets like the Geran-2. Launched from a ground-based catapult, this fixed-wing interceptor boasts an endurance of approximately 60 minutes, allowing it to patrol the skies for extended periods. With a cruising speed of 150 km/h for up to 15 minutes and a top speed of 200 km/h, the Besomar 3210 is agile enough to chase down even the swiftest of drones. Its compact design and rapid deployment make it a versatile asset in the dynamic battlefield of Ukraine.
What sets the Besomar 3210 apart is its unconventional weaponry: a 12-gauge shotgun integrated into the drone’s nose, paired with an automated firing system. This setup allows the drone to engage targets at close range—typically within 20 meters—by dispersing multiple projectiles per cartridge, increasing the likelihood of hitting maneuvering drones. The system is recoil-free, ensuring the drone remains stable during firing, and its capacity to carry two cartridges (with plans to double that number) adds to its combat effectiveness. The shotgun’s simplicity is its strength, offering a low-cost alternative to expensive missile-based interceptors.
The drone’s advanced sensor suite further enhances its lethality. Equipped with a thermal camera, the Besomar 3210 can detect and track targets in both day and night conditions. A forward-facing sensor identifies when a target enters the “kill zone,” triggering the firing mechanism with pilot approval to compensate for human reaction times. This automation is critical in a battlefield where split-second decisions can mean the difference between success and failure. Additionally, the drone employs a frequency-hopping spread spectrum (FHSS) communication system, making it resistant to Russian jamming and detection efforts—a vital feature given the sophisticated electronic warfare capabilities of modern adversaries.
A Strategic Response to Russian Drone Supremacy
The Besomar 3210 was developed in direct response to the growing sophistication of Russian drones. The Geran-2, with its video guidance, electronic warfare protection, and evasive maneuvers, has become a formidable challenge for Ukrainian forces. Russia’s industrial base, bolstered by Chinese components, is projected to produce up to 40,000 Geran-2 drones in 2025, a staggering output that underscores the scale of the threat. In contrast, Ukraine has set an ambitious goal of producing 1,000 interceptor drones per day, a target championed by President Volodymyr Zelensky to counter Russia’s daily production of approximately 170 Geran-2 units.
The Besomar 3210 is part of a broader Ukrainian strategy to diversify its air defense capabilities. While traditional systems like Western-supplied missiles remain critical, their high cost and limited availability have pushed Ukraine to explore alternatives. The Besomar 3210’s reusability makes it a game-changer, allowing operators to rearm and redeploy the drone after each mission, reducing costs and maximizing operational efficiency. This approach aligns with Ukraine’s broader push toward self-reliance, with multiple companies developing innovative designs, from quadcopters armed with six-barrel shotguns to jet-propelled drones with automated firing systems.
The Dawn of Drone-on-Drone Combat
The introduction of the Besomar 3210 signals a potential shift in the nature of aerial warfare. Defense analysts, including those at Janes, suggest that interceptor drones like the Besomar 3210 could usher in an era of drone-on-drone combat, where unmanned systems engage one another in high-stakes dogfights. This evolution is driven by the increasing prevalence of drones on the battlefield, coupled with advancements in automation and targeting systems. The Besomar 3210’s ability to combine a simple yet effective weapon with sufficient endurance and advanced sensors positions it as a pioneer in this emerging domain.
The implications of this shift are profound. As drones become more autonomous and equipped with countermeasures, the battlefield could see a new kind of arms race, where agility, resilience, and cost-effectiveness determine the outcome. The Besomar 3210’s design reflects this reality, prioritizing affordability and adaptability over brute force. By integrating a basic shotgun with cutting-edge technology, Besomar has created a weapon that is both pragmatic and forward-thinking, capable of evolving alongside the threats it faces.
Ukraine’s Broader Air Defense Strategy
The Besomar 3210 is not a standalone solution but a critical component of Ukraine’s multilayered air defense strategy. Alongside electronic warfare systems and conventional air defenses, interceptor drones like the Besomar 3210 provide a flexible and scalable response to Russian drone swarms. The system’s reusability and low cost make it particularly suited to Ukraine’s resource-constrained environment, where every dollar and every asset must be maximized.
Covered by outlets like Militarnyi, LCI, and The National, the Besomar 3210 has captured the attention of military analysts and policymakers alike. Its debut at Iron Demo 2025 was more than a showcase of technology—it was a declaration of Ukraine’s intent to innovate its way out of a crisis. By investing in homegrown solutions, Ukraine is not only countering immediate threats but also building a foundation for long-term technological independence.
Looking Ahead: The Future of Aerial Defense
As the war in Ukraine continues to shape the future of warfare, the Besomar 3210 stands as a symbol of ingenuity under pressure. Its ability to engage Russian drones with precision, return for rearming, and operate in contested environments makes it a vital tool in Ukraine’s arsenal. But its significance extends beyond the battlefield. The Besomar 3210 represents a new paradigm in military technology, one where affordability, reusability, and adaptability are as important as raw power.
In the coming years, we can expect to see further refinements to the Besomar 3210 and similar systems. As Ukraine and its adversaries continue to push the boundaries of drone technology, the skies above the battlefield will become an increasingly complex and contested space. For now, the Besomar 3210 offers a glimpse into the future—a future where drones don’t just dominate the battlefield but fight to control it.
