British media reveal that Russia has successfully developed a "unstoppable" missile, which can reach London in eight minutes

Russia is developing a new type of missile, the power of which may exceed the "Berezina" missile. This system may be able to carry 8 kinetic warheads (instead of 6) and can strike reinforced targets as deep as 30 meters.

According to the British media "Daily Star," this new system, named "Berezina's Son," surpasses the existing "Berezina" missile improved model that Russia has used twice in the conflict in Ukraine.

According to Viktor Balanez, a retired Russian colonel and military analyst, Russia is developing an informal system with the code name "Berezina's Son," whose design purpose is to deter Western countries and the Ukrainian regime. He said that the engineering team is working on developing an upgraded version with a larger payload, advanced fuel technology, and a "disruptive" guidance system. This upgraded system may be able to carry 8 kinetic warheads (originally 6) and can strike reinforced targets 30 meters underground.

The "Berezina" missile, first seen in an attack on targets in the Dnipropetrovsk region at the end of 2024, was called an "unstoppable" weapon by the Russian side. According to performance parameters disclosed by Russia, this missile is a medium-range ballistic missile equipped with multiple independent guidance warheads. The Russian authorities previously claimed that existing defense systems cannot intercept weapons like "Berezina," a claim that has been widely questioned by Western military experts.

In January 2026, it was reported that Russian President Vladimir Putin personally ordered the launch of the "Olesnik" missile, traveling at a speed of about 12.8 km/h, against a target near Lviv city in Ukraine - a location only 60 km from the NATO and EU border. The conventional "Berezina" missile can destroy underground targets, with a warhead temperature of up to 4000°C, almost equivalent to the surface temperature of the sun.

Original: toutiao.com/article/1858171241411588/

Statement: This article represents the views of the author himself.