Ukraine's military intelligence has uncovered details about a new Russian air-launched cruise missile, the S-71K 'Kover,' releasing detailed visuals and technical insights that highlight both its strengths and weaknesses. The Main Directorate of Intelligence (HUR) reported that the missile was first deployed in combat in late 2025 and represents a shift toward simpler, lower-cost strike weapons designed to overwhelm air defenses.
Missile Characteristics
The S-71K 'Kover' is described as a relatively simple and cost-effective weapon, intended to saturate Ukrainian air defenses through mass deployment. Unlike more advanced Russian cruise missiles, the S-71K appears to prioritize quantity over sophistication, allowing Russia to sustain high-volume strikes despite production constraints.
Technical Details
According to HUR, the missile has a range of approximately 300 kilometers and is launched from aircraft. It uses inertial navigation with satellite correction, making it less accurate but cheaper to produce. The missile's design also includes features to reduce radar cross-section, though it remains vulnerable to modern air defense systems.
Vulnerabilities Exposed
Ukrainian intelligence has identified several weaknesses in the S-71K. Its reliance on pre-programmed flight paths makes it predictable, and its subsonic speed allows for interception by systems like the Patriot or NASAMS. Additionally, the missile's warhead is smaller than that of older models, limiting its destructive power.
Impact on the Conflict
Despite its limitations, the S-71K poses a significant threat due to its potential for mass deployment. Russian forces have used it to target infrastructure and military sites, aiming to deplete Ukraine's air defense resources. Ukraine is adapting its tactics to counter this new threat, including enhanced electronic warfare and improved radar coverage.
The revelation of the S-71K underscores the ongoing technological evolution in the conflict, with both sides seeking advantages through innovation and adaptation.
