Putin challenges West to ‘technological duel’ with Oreshnik
Russian President Vladimir Putin has challenged the West to put their modern air defense systems up against Moscow’s new hypersonic Oreshnik missile in what would be a “technological duel.” During his annual end-of-year press conference on Thursday, Putin was asked to comment on opinions expressed by some foreign military experts suggesting that the Oreshnik can easily be shot down by Western missile defense systems.
“Well, if those Western experts you mentioned believe that, they should suggest to their employers in the West and the US to conduct a technological experiment. For instance, a high-tech duel of the 21st century. Let them identify a target in Kiev, concentrate all their air defense and missile defense systems there, and then we will strike it with an Oreshnik. Let’s see what happens. We are ready for such an experiment. Is the other side ready?” Putin asked.
The president explained that given the technical characteristics of the Oreshnik and the current missile defense systems deployed by the West, it would be impossible to stop the missile or its hypersonic warheads after it had been launched.
Putin suggested that the results of such a “duel” would be of great interest to both Russia and the US, whose air defense systems are currently operating in Ukraine. Putin was also asked why the Oreshnik is named the way it is, to which he confessed that he doesn’t actually know.
The Russian military carried out the first-ever combat test of the Oreshnik on November 21, using it to destroy a Ukrainian military industrial facility in Dnepr with multiple hypersonic warheads. Putin said at the time that the decision to unveil the Oreshnik was made in response to Ukraine's long-range strikes on internationally recognized Russian territory made with Western permission.
Putin had previously explained that the Oreshnik can carry both nuclear and conventional warheads, which travel at ten times the speed of sound, making it impossible for Western air-defense systems to intercept them.
