Russia has confirmed the delivery of new batches of Krasnopol-M2 laser-guided artillery shells to frontline forces, marking another step in Moscow’s ongoing effort to enhance battlefield precision and sustain firepower amid prolonged operations in Ukraine. The announcement, made through state media outlet TASS, underscores Russia’s intent to expand the use of precision-guided munitions across its artillery units to counter increasingly effective Ukrainian counter-battery fire and electronic warfare tactics. The deliveries were carried out by High Precision Systems, part of Rostec’s defense-industrial conglomerate, which has prioritized the production of advanced guided projectiles despite supply chain constraints and Western sanctions. Bekhan Ozdoyev, Rostec’s industrial cluster director, described the new shipments as “highly needed,” highlighting the growing demand for accurate, long-range strikes that minimize ammunition consumption while maximizing effect on target. The Krasnopol family, developed by the KBP Instrument Design Bureau under Rostec, is a long-serving series of laser-guided 152 mm projectiles. The M2 variant represents a modernized iteration featuring improved seeker sensitivity, enhanced resistance to jamming, and greater range. Designed for semi-active laser homing, the M2 can be cued by forward observers or unmanned aerial vehicles, allowing for precision engagement against entrenched or mobile targets. Operational reports indicate that these shells are being employed across a variety of Russian artillery systems, including the 2S3 Akatsiya, 2A65 Msta-B, 2S19 Msta-S, 2S43 Malva, and 2A36 Giatsint-B. By integrating Krasnopol rounds across this broad fleet, Russia is effectively normalizing guided fires within its artillery doctrine rather than reserving them for elite or specialized units. The expanded use of Krasnopol-M2 projectiles also demonstrates a doctrinal shift toward precision over massed bombardment, a trend accelerated by ammunition constraints and counter-battery losses. For Moscow, precision-guided artillery represents not only a technological adaptation but also a strategic necessity in maintaining effectiveness under modern, electronic warfare–intensive conditions.
