North Korea has unveiled what appears to be a new truck-mounted multiple launch rocket system (MLRS) bearing a striking resemblance to the United States’ highly successful High Mobility Artillery Rocket System (HIMARS), highlighting Pyongyang’s growing emphasis on precision conventional warfare capabilities alongside its nuclear arsenal.
The new launch system was displayed during a large-scale weapons test conducted on May 26 under the direct supervision of North Korean leader Kim Jong Un. According to the Korean Central News Agency (KCNA), the exercise involved a range of advanced weapons, including tactical ballistic missiles, guided artillery rockets, and an artificial intelligence (AI)-guided cruise missile.
Military analysts have focused particular attention on the newly revealed launcher, which appears designed to provide North Korea with a mobile, precision-strike capability comparable in concept to the American-made HIMARS that has gained worldwide recognition for its battlefield performance in Ukraine.
Photographs released by state media showed the launch system mounted on a wheeled truck chassis capable of rapid movement and deployment. One image depicted a missile launching from the vehicle amid a cloud of smoke and flame, while another showed Kim Jong Un inspecting the launcher alongside senior military officials.
Although technical details remain limited, available information suggests the system is modular and capable of carrying multiple types of launch pods. Reports indicate it can fire both guided 240mm artillery rockets and Hwasong-11Ra short-range ballistic missiles, giving commanders flexibility to engage targets at varying ranges.
The design philosophy appears similar to that of HIMARS, which utilizes interchangeable launch pods capable of firing different classes of rockets and missiles from a highly mobile platform. Such systems are valued for their “shoot-and-scoot” capability, allowing crews to launch munitions and quickly relocate before enemy forces can respond.
KCNA stated that the latest tests evaluated “the reliability of 240mm controlled artillery rockets with expanded firing range” equipped with an “ultra-precision autonomous navigation system.”
The announcement suggests North Korea has successfully transformed one of its longstanding artillery rocket systems from an area-saturation weapon into a precision-guided strike platform.
North Korea has deployed 240mm rocket artillery systems for decades, particularly along the heavily fortified Demilitarized Zone (DMZ) separating the Korean Peninsula. These launchers have traditionally been viewed as a major threat to the Seoul metropolitan area due to their ability to unleash large salvos against population centers and military facilities.
However, earlier variants relied on unguided rockets. While effective for saturating broad areas, unguided munitions generally lack the accuracy needed to destroy specific military targets.
The newly tested version appears to address this limitation through the integration of advanced navigation and guidance technologies. By incorporating autonomous precision guidance, North Korea could significantly improve the accuracy of its artillery rocket forces while simultaneously extending their operational range.
The shift mirrors a broader global trend in rocket artillery development. Modern militaries increasingly favor precision-guided munitions capable of striking command centers, radar installations, ammunition depots, and troop concentrations with fewer rounds and greater effectiveness.
If North Korea has indeed achieved reliable precision guidance for its 240mm rockets, the system could substantially enhance the combat effectiveness of frontline artillery units deployed near the South Korean border.
The weapons demonstration also featured another notable development: an AI-guided cruise missile reportedly capable of striking targets approximately 100 kilometers away.
According to KCNA, the test verified the combat readiness of cruise missiles equipped with precision navigation systems and artificial intelligence-based guidance controls.
Kim Jong Un reportedly stated that the missiles would be deployed to artillery formations stationed close to the border with South Korea.
While details about the AI component remain unclear, the announcement reflects North Korea’s increasing interest in integrating emerging technologies into its conventional weapons programs. Around the world, military planners are exploring how artificial intelligence can improve target recognition, navigation, mission planning, and battlefield decision-making.
North Korea’s claims cannot be independently verified, but the reported test indicates Pyongyang is seeking to portray itself as a technologically sophisticated military power capable of developing advanced precision-strike systems.
The unveiling of the new launcher comes as North Korea continues efforts to diversify its military capabilities beyond strategic nuclear weapons.
For years, Pyongyang has pursued a dual-track modernization strategy involving both nuclear delivery systems and increasingly capable conventional weapons. The goal appears to be creating a broader range of military options that can be employed below the nuclear threshold while still exerting pressure on South Korea and the United States.
Kim Jong Un recently inspected production facilities manufacturing a new 155mm self-propelled howitzer reportedly capable of striking targets more than 60 kilometers away. North Korean media stated that these systems are scheduled for deployment to frontline units later this year.
Combined with guided artillery rockets, tactical ballistic missiles, and AI-assisted cruise missiles, the new launcher could become part of a layered conventional strike network designed to complicate allied military planning.
The North Korean leader has repeatedly emphasized the importance of strengthening forces stationed along the southern border amid persistent tensions on the Korean Peninsula.
Although there is no direct evidence that North Korea copied the American HIMARS system, observers note that the resemblance is difficult to overlook.
The American-made launcher has become one of the most influential artillery systems of the modern era, largely due to its extraordinary combat performance in Ukraine.
Since 2022, Ukrainian forces have employed HIMARS and the related Guided Multiple Launch Rocket System (GMLRS) to devastating effect against Russian military targets. The precision-guided rockets enabled Ukraine to strike ammunition depots, command posts, logistics hubs, troop concentrations, and other critical infrastructure far behind the front lines.
The system’s mobility proved equally important. HIMARS launchers could rapidly fire and relocate before Russian forces had time to detect and target them. The resulting disruption forced Russia to move ammunition stockpiles and command facilities farther from the battlefield, reducing operational efficiency and artillery effectiveness.
Military analysts widely credit HIMARS with helping Ukraine shape the battlefield ahead of successful counteroffensives, particularly in the Kherson region during 2022.
The system’s success also led Kyiv to seek longer-range strike capabilities. After months of deliberation, Washington eventually approved the transfer of Army Tactical Missile System (ATACMS) missiles, enabling Ukrainian forces to attack targets hundreds of kilometers behind Russian lines.
The battlefield performance of HIMARS has transformed global perceptions of rocket artillery. Numerous countries have sought to acquire similar capabilities, recognizing the value of combining precision, mobility, and long-range firepower in a single platform.
The American system can launch six GMLRS rockets capable of striking targets more than 70 kilometers away or a single ATACMS missile with a range of approximately 300 kilometers. Newer Precision Strike Missile (PrSM) variants are expected to extend those ranges even further.
The system has also demonstrated versatility beyond the Ukraine conflict. During recent U.S. military operations in the Middle East, HIMARS reportedly provided mobile deep-strike capability against strategic targets, complementing air and naval assets.
Its ability to operate from dispersed locations while maintaining high accuracy has reinforced its reputation as one of the world’s most effective rocket artillery systems.
Against this backdrop, North Korea’s apparent effort to field a HIMARS-like launcher is unsurprising. Whether the newly unveiled system can match the reliability, accuracy, and combat effectiveness of its American counterpart remains unknown.
Nevertheless, the latest weapons tests underscore Pyongyang’s determination to modernize its conventional forces and enhance precision strike capabilities. As North Korea continues introducing guided rockets, advanced artillery, tactical ballistic missiles, and AI-enabled weapons, military planners in Seoul and Washington are likely to monitor these developments closely.
