VIAG Shipunova, who leads the Instrument Design Bureau within Rostec State Corporation, spoke in a recent interview on the Star television channel about the 2024 outlook for the Krasnopol-M2 guided artillery shells. The core message emphasized a sharp rise in production, with scalable output expected to exceed current capacity. The spokesperson noted a plan for a substantial expansion, projecting that annual production will multiply significantly from prior levels.
The interview underscored the Instrument Design Bureau’s pivotal role in expanding manufacturing capabilities. Growth in output is tied to support from national authorities, notably the Ministry of Industry and Trade, which has helped broaden the plant’s productive capacity. This administrative backing is presented as a key enabler for the accelerated schedule of the Krasnopol-M2 program.
According to the Instrument Design Bureau, the updated performance stems from modernization efforts. Through design and process upgrades, the Krasnopol shell has achieved improvements in accuracy and reliability while maintaining its reputation as a precision-guided munition. The modernization initiative is described as a comprehensive effort, combining progress in guidance, propulsion, and warhead performance to ensure the system remains competitive on the modern battlefield.
Earlier communications from Rostec highlighted advances in guided munitions with claims of high precision. The emphasis has consistently been on achieving accuracy near the practical limits of field guidance. The Krasnopol family is noted for its ability to engage fixed or slow-moving targets using a laser-guided approach that integrates a laser locator-range finder. This sensor suite guides the projectile to its impact point, enabling precise lethality while potentially reducing collateral risk compared with unguided weapons.
Beyond artillery shells, the development landscape includes other capabilities aimed at enhancing battlefield effectiveness. In recent periods, the defense sector has announced parallel advances, including systems designed to counter drones that could threaten operations from the air. These efforts illustrate a broader push to modernize both offensive and defensive measures, leveraging precision guidance and situational awareness to improve mission outcomes.
In summary, the Krasnopol-M2 program stands as a centerpiece of the Instrument Design Bureau’s modernization trajectory. With rising output supported by state industrial policy and ongoing enhancements to guidance and targeting technology, the system is positioned to continue as a cornerstone of accurate, long-range artillery in today’s defense landscape. The combination of increased production capacity and refined performance reinforces the broader goal of maintaining and advancing precision strike capabilities in a changing security environment. The information reflects Rostec materials and official statements from the Institute for Instrument Design.