China Demonstrates PHL-191 Artillery System Launching Airburst Fragmentation Munitions

China has revealed what appears to be an airburst-capable munition launched from its modular long-range multiple rocket launcher system, the PHL-191, during live-fire training exercises. This development signals Beijing’s growing focus on suppressing dispersed battlefield targets rather than relying solely on precision strikes against specific objectives.

A video released on July 19 by China Military Online and the Chinese Ministry of Defense shows the People’s Liberation Army expanding its long-range fire support options by developing effects designed to disrupt troop concentrations, air defense sites, and lightly protected equipment over a broader area. This capability aims to enhance battlefield shaping before major combat operations, according to Army Recognition.

The footage displays an airburst fragmentation pattern consistent with the PHL-191’s modular launcher design, indicating the system’s ability to employ guided rockets and various long-range munitions tailored to diverse operational requirements.

Although China has not disclosed the specific type or technical specifications of the rocket, the demonstration underscores a growing trend toward integrating long-range precision fires linked to reconnaissance and targeting networks. This integration is intended to improve adversary force suppression, complicate enemy maneuvers, and support battlefield shaping in future high-intensity conflicts.

The video captures a salvo of rockets followed by multiple concentrated explosions within the target area. It appears to include a scene of munitions detonating above or near the ground surface, dispersing fragmentation effects over a wide zone instead of relying solely on direct hit damage.

The PHL-191 system is a wheeled multiple rocket launcher featuring a modular design that allows it to be equipped with different launch units depending on the mission and ammunition type.

Open-source references vary in naming the system; the U.S. Army’s ODIN database classifies it under the PHL-16/PCL-191 family, noting a variant armed with 370mm rockets. The 2025 U.S. defense assessment lists the PHL-16/PCH-191/AR-3 family among China’s modern ground force fire support systems.

Comparing images of the launcher from the July 19 video with Type 191 systems displayed during Chinese military parades suggests the vehicle was likely configured with 370mm rockets.

The launcher seems fitted with two launch units, each holding four rockets, totaling eight rockets. This configuration aligns with previously associated 370mm munitions rather than smaller 300mm rockets or larger tactical missiles.

The eight-rocket system was showcased during China’s 2019 National Day parade, while two Type 191 modular system prototypes appeared later in the September 2025 Victory Day parade.

Due to limited camera angles and brief footage, the exact launcher type in the video remains an expert assessment rather than official confirmation.

If this evaluation is accurate, the video may represent a rare operational-style display of the PHL-191 firing airburst fragmentation munitions during training.

The modular design allows batteries to switch between guided rockets aimed at specific areas or targets and larger tactical rockets intended for deeper, more fortified, or high-value objectives.

The operational significance of the video lies in combining concentrated rocket salvos with repeated airburst effects.

There is a suggestion that the U.S. Department of Defense should seriously consider the threat posed by China’s DF-17 missile, which reportedly can target aircraft carriers at approximately 1,000 miles.

Several explosions occur at closely spaced altitudes and locations over the target zone, consistent with a warhead designed to disperse fragments against exposed personnel, light vehicles, radar equipment, and other dispersed assets.

Airburst munitions can mitigate terrain effects and improve destructive force distribution but are not optimal for all target types. Hardened facilities, buried command centers, and heavy armored vehicles require different warheads or direct impact effects.

The video does not clarify whether the airburst is triggered by a programmable timer, proximity sensor, or other mechanisms, nor does it reveal the system’s accuracy level.

The PHL-191 combines rapid ground mobility and a "shoot-and-scoot" capability similar to the U.S. HIMARS M142 system, alongside a dual modular launcher design comparable in rocket count to the M270A2, though it is not a direct equivalent to either.

Estimates indicate the Chinese system can launch 300mm guided rockets with a range near 150 kilometers and 370mm rockets reaching between 280 and 350 kilometers. A tactical 750mm rocket variant reportedly attains ranges around 480 to 500 kilometers.

A recent video broadcast by China’s state television (CCTV) showed an unprecedented live-fire exercise by the Chinese ground forces.

By comparison, U.S. HIMARS and M270 systems fire GMLRS M30A1 rockets equipped with alternative warheads that disperse pre-formed tungsten fragments to achieve wide-area effects without using traditional cluster munitions.

ER GMLRS rockets are designed for ranges near 150 kilometers, while precision strike missiles provide deep-strike capability exceeding 400 kilometers.

Although the Chinese video shows a similar area suppression effect, the absence of independent data on munition range, accuracy, and fragmentation patterns makes definitive capability comparisons premature.

The footage suggests a stronger emphasis on suppression as a distinct mission. Airburst munitions can disrupt enemy maneuvers, neutralize dispersed formations, damage exposed air defense battery components, and restrict movement through assembly areas or tactical corridors.

Against air defense sites, successful suppression may not require destroying every launch platform; damaging radar antennas, communication vehicles, power generators, or exposed crews can temporarily degrade effectiveness, creating opportunities for follow-on attacks by aircraft, missiles, or other bombardment assets.

Similar effects can be employed before automated assaults to force defenders into cover, slow their movements, and complicate reinforcement access.

This aligns with deep shaping operations, where reconnaissance and long-range fires influence close combat before maneuver units engage decisively.

The greatest strategic impact may arise from integrating scalable warhead effects within a broader network linking sensors and launch systems.

A modular launcher platform’s long-range munitions can only be fully exploited with high-quality intelligence, reliable communications, fire control systems, drones or other sensors, post-strike assessment, and a logistics chain capable of resupplying and relocating batteries.

The size and launch footprint of the PHL-191 rocket may expose it to counter-battery radars, aerial surveillance, electronic intelligence, and precision post-launch strikes.

The U.S. Air Force has announced it is seeking proposals from manufacturers for the Advanced Full Range Air-to-Air Missile (AFLRW) program.

Therefore, the system’s battlefield value will depend as much on rapid launch procedures, emission control, camouflage, decoys, and ammunition stocks as on range.

The released footage shows the final effect on the target but does not reveal the reconnaissance, command and control, or support infrastructure behind the engagement.

Airburst fragmentation will be particularly important against widely dispersed targets, potentially forcing units to disperse, halt movement, or remain under cover while other strike assets engage more heavily fortified objectives.

The system’s operational impact will remain reliant on timely intelligence, effective communications, precise target coordinates, and post-strike evaluation—all elements not visible in the published footage.