The Russian Ministry of Defense announced that Belarusian pilots have completed their training focused on deploying special munitions from Su-25 attack aircraft. The update was shared with reporters by a ministry spokesperson, highlighting the role of this program in increasing interoperability between the two allied air forces.
Officials explained that the training combined classroom sessions with hands on practice, guided by seasoned Russian instructors. The curriculum covered both the theoretical foundations of handling precision munitions and the practical drills required to execute missions safely and effectively under combat conditions. This dual approach is designed to ensure pilots can operate complex ordnance systems with confidence while adhering to the highest standards of safety and effectiveness.
In a separate engagement, President Alexander Lukashenko of Belarus held talks with Rustam Minnikhanov, President of the Republic of Tatarstan. During their discussions, Minsk expressed readiness to embark on the production of certain components for Russian aircraft. Lukashenko stated that the necessary qualifications and production capacities have been maintained within Belarus, positioning the country to begin manufacturing select parts that could support ongoing defense and industrial cooperation.
The Belarusian leader underscored that the groundwork exists to start component manufacturing with a view to strengthening regional supply chains and fostering mutual technical exchange. The dialogue with Tatarstan signals an intent to deepen bilateral collaboration in a way that aligns production capabilities with strategic defense needs, while also potentially enabling broader industrial synergies within the allied space.
Meanwhile, Rostec State Corporation reported a milestone achievement for Russia and its aerospace program. The strategic missile carrier Tu-160M, rebuilt from the ground up with modern design principles and technologies, completed its maiden flight. The aircraft ascended to an altitude of roughly 600 meters and flew for about half an hour. Throughout the test, the flight crew conducted a series of maneuvers to evaluate stability, control responsiveness, and overall performance under real world flight conditions. The demonstration serves as an important indicator of the program’s maturation and its potential role in future air power capabilities.