Images released by the Russian Ministry of Defense illustrate the maneuvering and firing sequence of a crew operating the 240-mm self-propelled mortar system 2C4, known by its nickname “Tulip,” within the ongoing military operation zone. The footage was distributed through the ministry’s official telegraph channel, confirming the unit’s activities and readiness during combat tasks.
In the briefing provided by the mortar commander who uses the call sign “Novosib,” the crew comprises seven soldiers plus a surveyor. He noted that crews frequently shift to firing positions multiple times in a day, dictated by the location and layout of enemy positions. The cadence of moves depends on the assessment of threats and the need to occupy advantageous angles for the weapon’s reach and effect.
Novosib described a typical drill as taking about 20 minutes from the moment command is issued to the gun being loaded, aimed, and prepared to fire after repositioning. The sequence proceeds with a mortar volley, followed by aerial footage captured by drones surveying the impact on ground targets. The integration of ground and aerial observation allows for rapid assessment and adjustment of subsequent shots.
Earlier footage from the ministry highlighted the crew of the 2S4 “Tulpan” self-propelled mortar within the Western Military District, demonstrating successful engagement of several targets inside the operation area. A senior battery officer identified as Selenga said the targets were aligned with the operational objectives and involved pre-planned sectors designated for the mission. The process included computing the required charges and charges’ quantity to hit the intended targets before the strike, underscoring the precision planning that accompanies each engagement.
The reporting emphasizes the practical aspects of employing heavy artillery in a dynamic combat environment: rapid repositioning to suitable firing lines, careful targeting, and real-time coordination with observers and commanders. Through these updates, observers gain insight into how a mortar team executes complex operations under pressure, adjusting to evolving battlefield conditions while maintaining a focus on accuracy and safety for the crew and nearby personnel.