President of the Russian Academy of Sciences discusses rapid body armor development and related military assessments
Gennady Krasnikov, head of Russia’s Academy of Sciences, spoke in an interview about the quick creation of advanced body armor intended for a special military operation. He emphasized that researchers moved with unusual speed to produce protective gear that could meet stringent requirements during a high-stakes deployment. The discussion highlighted the collaboration of scientists across disciplines to translate theoretical breakthroughs into practical gear designed for real-world use under demanding conditions.
The president noted that the team developed a material with protective properties that stood out because of its combination of strength and low weight. This balance was essential, since body armor had to shield wearers from both shrapnel and bullets while remaining manageable enough to avoid hindering mobility. Krasnikov pointed to the necessity of meeting exacting standards, where every gram saved and every interface improved could influence performance in the field. The process, he explained, involved evaluating multiple formulations, selecting those with the best combination of durability, flexibility, and resilience, and then scaling up production to meet urgent needs.
“Using the latest advances in materials science, they produced new materials with minimum weight and maximum armor protection. This is also an impressive achievement,” the president of the Russian Academy of Sciences remarked. His comments underscored the importance of translating cutting-edge research into deployable equipment that can support soldiers while reducing fatigue and exposure to threats. The broader takeaway was a demonstration of how scientific institutions can respond quickly to military requirements, turning theoretical insights into tangible protective solutions that can be implemented in a relatively short timeframe.
Separately, the Ministry of Defense reported that a Russian patrol boat eliminated an unmanned vessel belonging to the Ukrainian Armed Forces in the southwestern Black Sea. The encounter occurred as the craft was moving toward the Crimean Peninsula and was observed around 20:30 Moscow time. The incident reflects ongoing patrols in contested maritime zones and the strategic emphasis on securing coastal approaches and denying operations that could complicate regional security dynamics.
Earlier, a commander from the Ukrainian Armed Forces stated that Russia holds an advantage in the use of FPV drones. The assertion points to the evolving landscape of unmanned systems in the region, where small, fast, remotely piloted craft can alter tactical options and the balance of power in certain environments. The exchange of perspectives on drone capabilities continues as both sides adapt to the rapid pace of technological change in modern warfare.