Breaking News
Russia Strengthens Its Air Defenses With Latest Pantsyr-SM-SV System to Counter Ukrainian Drone Threats.
Russia continues to enhance its air defense capabilities with the latest model of the Pantsyr-SM-SV surface-to-air missile and cannon system. According to information provided by the press office of the state technology corporation Rostec, the system, developed by High Precision Systems Holding Company, has confirmed its technical characteristics during testing and deployment in combat conditions. These tests mark an important step in improving the Russian Army's air defense systems as this new model prepares for active service.
Follow Army Recognition on Google News at this link
![](/templates/yootheme/cache/93/Russia_Strengthens_Its_Air_Defenses_With_Latest_Pantsyr-SM-SV_System_to_Counter_Ukrainian_Drone_Threats-935fe7aa.jpeg)
The Pantsir-SM-SV is equipped with a weapon station mounted on the roof of an armored tracked chassis GM-5970.25, designed by the Russian company Mytishchi Machine-Building Plants (Picture source: ArmyRecognition)
The Pantsyr-SM-SV has completed its tests, demonstrating that its operational performance meets the requirements set by the Russian Ministry of Defense. Designed to protect Russian ground troops, this system is distinguished by its tracked chassis, allowing it to escort and cover air defense systems in motion, including on difficult and snowy terrain. This feature ensures increased flexibility on the battlefield, providing continuous protection to ground forces even in extreme environmental conditions.
In addition to its mobility, the Pantsyr-SM-SV is equipped with two types of surface-to-air missiles, offering an extended operational range. This new model strengthens Russia's low-altitude and short-range air defense capabilities, which are crucial for protecting troops and sensitive infrastructure on the ground.
The introduction of this latest modification of the Pantsyr-SM-SV into Russian forces is expected to enhance the aerial coverage of ground units, particularly during movements on rough terrain or in combat zones. This development aligns with Russia's ongoing efforts to modernize and adapt its defense systems to contemporary threats, ensuring effective protection against aerial attacks.
The successful tests of this system mark a notable advancement for the Russian defense industry, highlighting the importance of flexibility and mobility in modern military operations. The future deployment of the Pantsyr-SM-SV will provide better protection for Russian troops and address current security challenges in complex combat environments.
In 2021, Russia announced that the tracked version of the Pantsir air defense missile/cannon system, known as Pantsir-SM-SV, would be completed in 2022. Developed by the Russian defense industry, this system is designed to offer a new air defense solution to the ground and airborne units of the Russian armed forces, particularly to protect the S-300V4 missile systems from cruise missile attacks, small drones, and precision weapons.
Like the Pantsir S1 mounted on a wheeled truck chassis, the Pantsir-SM-SV will be armed with a mix of surface-to-air missiles and 30mm automatic cannons. It will be capable of firing two types of surface-to-air missiles and will have a larger destruction zone.
The Pantsir-SM-SV is equipped with a weapon station mounted on the roof of an armored tracked chassis GM-5970.25, designed by the Russian company Mytishchi Machine-Building Plants. This station will be armed with 2A38M 30mm automatic cannons and 12 launchers for surface-to-air missiles, with six missile containers on each side of the turret.
The Pantsir-SM-SV features a multifunctional radar capable of increasing the target detection range from 40 to 75 km and the engagement range from 20 to 40 km, making it twice as effective as the current Pantsir-S1. It will also be able to fire the new two-stage 57E6M-E missile, with a maximum range of 30 km, as well as the 57E6-E, with a range of 15 to 18 km.
The 2A38M 30mm automatic cannons on the Pantsir-SM-SV will be used to destroy aerial targets at short distances, with an effective range of 200 to 2,000 meters and a maximum altitude range of 4,000 meters.