Examining the Oreshnik Missile
An analysis of debris from Russia's Oreshnik ballistic missile has revealed that it was manufactured nearly ten years ago and contains only components sourced from Russia and Belarus. This missile is an upgraded version of the Soviet-era RS-26 Rubezh, which first saw successful testing in 2012. Vladimir Putin has described the Oreshnik as a state-of-the-art intermediate-range weapon with a range exceeding 5,000 kilometers.
After a January strike on Ukraine, investigators examined fragments of the missile and confirmed that all parts were produced exclusively in Russia or Belarus. The circuit boards are stamped with assembly dates from 2017, while the base electronic components were manufactured in 2016 or earlier. Ukrainian experts note that the Oreshnik represents a deep modernization of Soviet and post-Soviet technology. Notably, the January missile contained no American or European microchips—a contrast to other weapons, where Ukrainian analysts have observed a shift from US electronics to Chinese equivalents.
Deployment and Forensic Findings
Since its public debut, Russia has used the Oreshnik against Ukraine at least three times. One strike occurred on May 24, when the missile hit garages in Bila Tserkva. The surviving electronics were recovered from the missile that struck Lviv in January. Fragments from the May attack are now in secure laboratories for further study.
Ukrainian missile forensics expert Petro stated: "We were quite surprised, because the Russians claim this is a brand-new missile. But when you look at the labeling and the year the circuit boards were assembled, it clearly says 2017. The basic components themselves were made in 2016 or even earlier. And crucially, all parts were produced exclusively in Russia or its ally Belarus."
These findings confirm that the Oreshnik missile is the result of long-term work to upgrade existing weapons, rather than a new achievement of Russia's defense industry.
Details about the Oreshnik missile underscore the importance of analyzing military technology in the context of the current conflict. This situation demonstrates that Russia continues to rely on older technologies, refining them rather than developing entirely new weapon systems. This may point to challenges within Russia's defense sector, as the absence of Western components highlights its isolation and limited access to modern imports.
As the situation evolves, it's important to note that Russia has significantly increased its production of the Oreshnik missiles. This uptick in manufacturing coincides with the findings from the recent analysis, which revealed the missile's outdated components. For more insights into the implications of this surge in missile production, you can read about Russia's ramped-up Oreshnik missile production.