KBP and Krasnopol: Updates on a High Precision 152 mm Guided Projectile
Employees at the Instrument Design Bureau named after AG Shipunov, part of the Rostec group and the High Precision Complexes holding, continue work on modernizing the Krasnopol high precision projectile. A newer version of this ammunition is already deployed in operations in Ukraine, according to statements from the holding’s press service reported by TASS.
KBP confirmed that the Krasnopol upgrade was carried out within the framework of its established design features. The bureau addressed questions about improving the projectile’s performance and its ability to engage moving targets, explaining that enhancements focus on guidance accuracy and hit reliability under dynamic conditions.
The 152 mm caliber Krasnopol adjustable projectile is designed for use with a wide range of artillery platforms. It is compatible with modern self-propelled howitzers such as the Msta-S, Msta-SM, and Coalition-SV. The system enables precise targeting of ground objects at ranges up to about 20 kilometers, delivering a guided effect that reduces collateral damage and increases first-shot probability on difficult targets.
In recent briefings, Rostec’s High Precision Complexes unit indicated that Krasnopol has entered service in areas involved in special military operations. The guidance system and guidance kit integrated into the projectile allow operators to adjust flight paths in flight, enabling engagement of high value targets from standoff distances and improving mission effectiveness in complex terrain.
Officials stressed the importance of strict protocols that govern the deployment of guided munitions. Compliance with military regulations and international safety norms remains a cornerstone of operations, with training focusing on accurate firing data, target identification, and risk management for civilian environments. The dialogue around this ammunition emphasizes continual improvements to range, accuracy, and reliability while ensuring responsible use within authorized operational contexts.