Ukrainian Weapons
German startup Skylance has successfully completed the first tests of the DroneHammer — jet-powered round designed for rapid neutralization of small drones.
The U.S. Marine Corps has conducted practical training exercises with new autonomous underwater vehicles, the JaiaBot.
At the end of 2025, the crew of a Ukrainian BTR-4E armored personnel carrier from the 92nd Separate Assault Brigade named after Kosh Otaman Ivan Sirko destroyed a Russian infantry landing force in the Dnipropetrovsk region.
Ukrainian military engineers have developed, manufactured, and sent for practical testing in Defense Forces units next-generation simulators designed to train two-way interaction between an FPV drone operator and a shooter.
The Navy of the Republic of Azerbaijan has commissioned Turkish-made Salvo unmanned surface vehicles.
Artificial intelligence has ceased to be merely an automation tool — today it is becoming a full-fledged participant in planning and command-and-control processes in modern armies.
The Australian company Electro Optic Systems Holdings Limited (EOS) has signed the world’s first export contract for the supply of a 100-kilowatt air defense laser system capable of destroying swarms of unmanned aerial vehicles.
Taiwan has integrated Hellfire missile launchers into civilian trucks, enhancing concealment and the resilience of its defense against a potential adversary.
Russian aggression, which began in February 2014, led to a rapid quantitative expansion of the Armed Forces of Ukraine. Newly formed brigades required combat equipment.
The U.S. Department of Defense has commissioned Dynetics Inc. to supply an integrated Indirect Fire Protection Capability (IFPC) air defense system.
The Pentagon vs. Guofangbu. Who will have faster analysis, more precise targeting, and better “intelligent logistics” on the battlefield? The ArmyInform correspondent discussed this with military expert Anatolii Khrapchynskyi.
The technology of digital twins is no longer just a component of civilian engineering — today it is confidently entering the defense sphere, transforming approaches to planning, command, and analysis of combat operations.
Ukraine has placed an order in France for 100 Rafale fighter jets. At the Villacoublay Air Base on 17 November, Presidents Zelensky and Macron signed a declaration of intent regarding cooperation in the acquisition of defence equipment for our country.
The wars of the 21st century impose unprecedented demands on the protection of military equipment.
In modern warfare, technologies operate not only on the front line — they shape a new security architecture for the entire country.
The current Russian–Ukrainian war has sparked a real revolution in military affairs, prompting a reassessment of “old” types of weaponry and traditional methods of conducting combat operations.
War always gives rise to technology. But in Ukraine, it does so not according to the rules of the last century, but according to its own accelerated procedure. Here, a machine does not go through long cycles of approvals and does not wait its turn in modernization plans. It appears where there was risk yesterday and operates where a human being should no longer be.
The evolution of military technologies is moving at the speed of light, and today’s soldier on the battlefield is no longer just an infantryman.
Military history knows many examples of weapons developed decades ago that receive a “second wind” on the modern battlefield.
The fighters of the 21st Separate Mechanized Brigade, who have been fighting on Swedish CV90 infantry fighting vehicles for over two and a half years, shared their unique experience in using them.
Sweden became the third country to adopt the fifth-generation Lockheed Martin TPY-4 American radar station complex.
This year’s MSPO 2025 arms exhibition, held in the Polish city of Kielce, once again confirmed its status as one of the most influential platforms in Europe’s defense industry.