US News

US working on nuclear bomb that could kill 300,000 in Moscow: report

The nuclear weapon being developed by the Biden administration that could be 24 times more powerful than the atomic bomb dropped on Hiroshima in 1945 would have devastating con🍒sequences if dropped on Russia🎃, according to reports.

An analysis by found that such a bomb exploding over Moscow could cause “significant devastation” and kill more than 300,000 people.

“Anything within roughly a half-mile radius from the bomb’s detonation site would be vaporized by a fireball, while heavy damage would demolish buildings and likely kill everyone else within a mile,” the news outlet reported.

Journalists used a visual representation created by an𒆙 online tool developed by science historian Alex Wellerstein to assess possible damage if the weapon were to be used over the Russian capital.

The bomb, known as the B61-13, could have a maximum yield of up to 340 k﷽ilotons of TNT.

🉐The one dropped on Hiroshima had a blast yield of 15 kilotons.

Nukemap, an online tool, assesses the potential damage of a powerful nuclear bomb if it were dropped over Moscow. The B61-13 could result in 300,000 dead with a maximum yield of up to 340 kilotons of TNT. MAPBOX./NUKEMAP/ALEX WELLERSTEIN
President Joe Biden’s administration is developing a new weapon that could be 24 times more powerful than the atomic bomb that the US dropped on Hiroshima in 1945. AP
The B61-13 bomb could release a vaporized fireball and result in heavy damage to buildings and hundreds of thousands of casualties if dropped on Moscow. Getty Images

The bomb, which w♚as announced last week🍎 by the , is a version of the B61 gravity bomb developed in the 1960s at the height of the Cold War.

“The B61-13 would be deliverable by modern aircraft, strengthening deterrence of adversaries and assurance of allies and partners by providing the President with additional options against certain harder and large-area military targets,” said a statement from the Department of Defense. “It would replace some of the B61-7s in the current nuclear stockpile and have a yield similar to the B61-7, which is higher than that of the B61-12.”