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Thumbnail for A precise strike by Ukrainian artillery: it is destroyed a North Korean type-75 MLRS

A precise strike by Ukrainian artillery: it is destroyed a North Korean type-75 MLRS

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Artillery units from the 40th Separate Artillery Brigade named after Grand Duke Vit have successfully destroyed a rare North Korean Type-75 Multiple Launch Rocket System (MLRS) with a precise strike. The brigade shared footage of this engagement on Facebook, highlighting that Russian forces are increasingly deploying weapons sourced from their allies' arsenals along the front lines. Ukrainian troops identified this specific system and delivered a targeted attack to neutralize it, demonstrating that the origin of enemy equipment is irrelevant to Ukrainian artillery; any weapon used against them will be destroyed regardless of its source. The Type-75 MLRS presents distinct tactical challenges due to its inherent limitations, primarily its short range of 8.5 kilometers and relatively low accuracy. To address the range issue, Russian forces have mounted the system on an unmanned chassis intended to allow autonomous movement into forward positions within contested "gray zones," enabling the unit to fire and withdraw without exposing a crew to danger. However, this modification appears to have further degraded the system's accuracy, as footage reveals significant recoil after each launch causes the entire platform to sway. Consequently, operators are forced to fire rockets one at a time, waiting for the unstable platform to settle between shots, although the reduced launcher containing only eight rockets still allows for a relatively quick firing sequence. To compensate for these accuracy issues and enhance lethality, Russian forces reportedly utilize two types of rockets: standard high-explosive fragmentation rounds and a cluster munition variant. The use of cluster munitions significantly increases the system's destructive potential, partially offsetting its poor precision. It is also noted that following a strike on the 51st GRU arsenal in May 2025, Russian forces likely lost a substantial portion of their rocket stockpiles intended for these systems. Despite the original wheeled chassis providing greater stability than the current unmanned configuration, accuracy remains limited even in its initial form, forcing a cautious approach to engagement. Overall, despite the drawbacks regarding precision and stability, mounting the Type-75 on an unmanned platform increases its operational threat by allowing rapid deployment into areas heavily patrolled by Ukrainian drones. The system can quickly move forward, deliver a strike, and retreat without risking personnel, making it a dangerous asset for Russian forces even with its technical deficiencies. This development underscores the evolving nature of the conflict, where adapted foreign weaponry is being integrated to maintain pressure on Ukrainian defenses despite known vulnerabilities that experienced artillery units like the 40th Brigade are adept at exploiting.
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Artillery men from the 40th separate artillery brigade named after Grand Duke Vit destroyed a rare North Korean type 75 multiple launch rocket system. The brigade posted a video of the precise strike on Facebook. The brigade published a video of the precise strike on Facebook. According to the brigade, Russia is increasingly using weapons from its allies arsenals on the front lines. This time, Ukrainian troops discovered a North Korean type 75 MLRS. Artillery men from the 40th Separate Artillery Brigade delivered a precise strike on the system. A rare target, a precise strike. Artillery men from the 40th Separate Artillery Brigade destroyed a North Korean type 75 MLRS, the brigade said in a statement. The 40th Separate Artillery Brigade noted that the origin of enemy equipment is irrelevant to Ukrainian artillery. If the weapons are used against Ukraine, they will certainly be destroyed. The systems primary drawbacks remain its short range of just 8.5 km and relatively low accuracy. The unmanned chassis is intended to mitigate the range limitation by allowing the system to move autonomously into forward positions in the so-called gray zone, fire, and withdraw without exposing a crew to danger. However, accuracy has likely deteriorated further in this configuration. Footage shows that after each launch, the system experiences significant recoil, causing the entire platform to sway. The original wheeled chassis of the type 75 provided greater stability. Although even in that configuration, accuracy was limited. As a result, operators appear forced to fire rockets one at a time, waiting for the system to stabilize between shots. Nevertheless, with only eight rockets in the reduced launcher, the firing sequence still takes relatively little time. Russian forces reportedly used two types of rockets for the type 75, a standard high explosive fragmentation round and a cluster munition variant. The latter significantly increases the systems lethality and partially compensates for its poor accuracy. It is also worth noting that following the strike on the 51st GRU arsenal in May 2025, Russian forces likely lost a substantial portion of the rocket stockpiles intended for these systems. Overall, despite reduced accuracy, mounting the type 75 on an unmanned platform increases its operational threat. The system can quickly move into contested areas, including zones heavily patrolled by Ukrainian drones, deliver a strike, and withdraw without risking personnel.