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The following is sourced from the Armed Police Research Institute, reprinted from the Armed Police Research Institute
In the intense clashes of the Russia-Ukraine conflict, the Russian army’s “Zinnia-2” kamikaze drone has quickly become a new favorite of war due to its unique combat methods and significant battlefield effects. This drone, with its low cost, high efficiency, and powerful destructive capability, has changed the landscape of traditional warfare and profoundly impacted the tactics and strategies of modern warfare. The design concept, performance parameters, and battlefield applications of the “Zinnia-2” drone are worth in-depth discussion.According to a report by The New York Times, Russia has begun using its self-replicated Iranian kamikaze drone “Zinnia-2” on the battlefield, which has played an important role due to its low cost and high range. It adopts a tailless delta wing layout, uses easily obtainable civilian market model aircraft parts, is equipped with a 50-horsepower two-stroke gasoline engine, has a maximum flying speed of 185 kilometers per hour, and carries 50 kilograms of explosives. The deployment of this drone has not only caused substantial damage to Ukrainian military facilities but has also exerted immense psychological pressure on Ukrainian forces.Technological Evolution: From Imitation to Independent InnovationThe “Zinnia-2” drone is derived from Iran’s “Witness-136,” but it has undergone significant technological upgrades during its localization improvements in Russia. This improvement process involves multiple core components of the drone, reflecting the deep strength and innovative spirit of Russia’s military industry. First, in terms of material application, Russia has adopted composite materials made of fiberglass to replace the original lightweight honeycomb materials. This change not only enhances the structural strength of the drone but also reduces overall weight, improving maneuverability and survivability. Secondly, in terms of electronic modules, the Russian military has equipped the “Zinnia-2” with domestically produced B-105 satellite navigation units, B-101 flight control units, and B-103 launch units. The integrated design of these modules reduces the internal complexity of the drone while improving system reliability and anti-jamming capabilities. Additionally, the Russian military has also introduced the “Kometa” satellite navigation module, enhancing the drone’s navigation accuracy and stability. The integration and innovation of these technologies have enabled the “Zinnia-2” to maintain low costs while achieving higher combat effectiveness and adaptability.
B-101 Flight Control Unit of the Zinnia-2The “Witness-136” kamikaze drone first appeared in conflicts in the Middle East and was later introduced and imitated by Russia. In actual applications on the Ukrainian battlefield, the Russian military has conducted extensive testing, continuously collecting data and analyzing the drone’s performance in various battlefield environments, using this as a basis for targeted technological iterations. Through the accumulation of these combat experiences, the Russian military has not only optimized the flight performance of the “Zinnia-2” but also enhanced its attack accuracy and battlefield survivability.Battlefield Advantages: Cost EfficiencyThe design and use of the “Zinnia-2” drone reflect the importance of cost efficiency in modern warfare. Its greatest advantage lies in low-cost manufacturing, which allows the Russian military to quickly produce and deploy large quantities of this drone, creating a numerical advantage on the battlefield. The low-cost characteristic stems from its use of civilian market parts and simplified manufacturing processes, which collectively result in the production cost of the “Zinnia-2” being far lower than traditional military equipment. This cost advantage enables the Russian military to adopt saturation attack tactics on the battlefield, maintaining sufficient attack strength even if some drones are intercepted or shot down, continuously applying pressure on the enemy.The low-cost manufacturing of the “Zinnia-2” is one of its most significant features. According to reports from US theater websites, the cost of this drone is less than fifty thousand yuan, which is extremely rare in modern military equipment. The low cost allows the Russian military to rapidly expand its drone fleet without imposing a significant economic burden. Furthermore, due to the use of many civilian parts and mature manufacturing technologies, the production cycle of the “Zinnia-2” is short, allowing for a quick response to battlefield demands and large-scale production. On the Russia-Ukraine battlefield, this rapid production and deployment capability enables the Russian military to launch multiple waves of attacks on key Ukrainian targets in a short period, greatly enhancing operational efficiency.
Production Workshop of the Russian Army’s Zinnia-2 DroneAnother major advantage of the “Zinnia-2” is its rapid deployment and ease of operation. The design of this drone emphasizes practicality and convenience, allowing it to be quickly deployed and execute missions on the battlefield. Operators only need basic training to master its flight and attack operations, significantly lowering the usage threshold. In actual combat, this ease of operation allows the “Zinnia-2” to quickly respond to battlefield changes and timely strike enemy targets. For example, on the Ukrainian battlefield, the Russian military has successfully struck Ukrainian rear infrastructure multiple times using the “Zinnia-2,” effectively weakening the combat effectiveness of the Ukrainian forces.
“Zinnia-2” Drone Ready for LaunchThe rapid deployment capability of the “Zinnia-2” makes it a surprise force on the battlefield. This drone can be launched using a simple launch vehicle, and the preparation time for launch is short, allowing for rapid responses to enemy targets. In the Russia-Ukraine conflict, the Russian military has utilized this advantage to accurately strike critical infrastructure such as energy facilities, substations, and power plants in Ukraine, causing significant losses to the Ukrainian side. The rapid deployment capability of the “Zinnia-2” also makes its application on the battlefield more flexible, allowing for quick adjustments of attack strategies and target selections based on changes in the battlefield situation. This advantage of rapid deployment and ease of operation provides the Russian military with more tactical options, enhancing its operational flexibility and unpredictability.Swarm Tactics: A Nightmare for Ukrainian ForcesThe clustered use of the “Zinnia-2” kamikaze drone, known as the “swarm” tactic, demonstrates its potential to transform numerical advantages into qualitative advantages on the Russia-Ukraine battlefield. This tactic presents a significant challenge to enemy air defense systems through the concentrated use of numerous low-cost drones, while also posing a serious threat to infantry.
Swarm of “Zinnia-2” DronesThe use of swarm tactics makes it difficult for a single air defense system to track and intercept all targets simultaneously, thereby increasing the probability of the drones penetrating defenses. The effectiveness of this tactic has been validated on the Ukrainian battlefield, where the Russian military has successfully struck key targets such as energy facilities, substations, and power plants in Ukraine through clustered attacks with the “Zinnia-2,” causing significant losses to the Ukrainian side.
The Destructive Power of the “Zinnia-2” is Comparable to Heavy Artillery ShellsThe “swarm” tactic not only causes physical damage to enemy forces but also exerts tremendous psychological pressure on enemy soldiers. The persistent threat of drones keeps soldiers in a state of tension and fear, severely affecting their morale and combat effectiveness. Furthermore, the low-cost nature of the drones allows the Russian military to absorb losses even if some drones are intercepted or shot down, while continuing to maintain high-pressure tactics against Ukrainian forces.ConclusionThe widespread application of the “Zinnia-2” kamikaze drone in the Russia-Ukraine conflict not only demonstrates its tactical value in modern warfare but also provokes deep reflection on the future forms of warfare. The successful use of this drone embodies the combat philosophy of low cost and high efficiency, while also highlighting the dual pressure that swarm tactics impose on enemy forces both psychologically and physically. With the development of technology, future wars will increasingly rely on unmanned combat platforms and intelligent systems. This also poses a clear development direction for our military: we need to analyze the application experiences of drone systems like the “Zinnia-2” to explore more efficient combat modes and defensive strategies. Accelerating the development of drones and related counter-drone technologies to meet the demands of future warfare, ensuring national security and maintaining military advantages. We need to analyze the application experiences of drone systems like the “Zinnia-2” to explore more efficient combat modes and defensive strategies.
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