The Cheyenne mountain bunker is a half-acre cavern carved into a mountain in the 1960s that was designed to withstand a Soviet nuclear attack.
Washington (AFP) – The US military command that scans North America’s skies for enemy missiles and aircraft plans to move its communications gear to a Cold War-era mountain bunker, officers said.
“My primary concern was…are we going to have the space inside the mountain for everybody who wants to move in there, and I’m not at liberty to discuss who’s moving in there.”
Admiral William Gortney, head of NORAD and Northern Command, said that “because of the very nature of the way that Cheyenne Mountain’s built, it’s EMP-hardened.”
“And so, there’s a lot of movement to put capability into Cheyenne Mountain and to be able to communicate in there,” Gortney told reporters.
“A lot of the back office communications is being moved there.”
“My primary concern was… are we going to have the space inside the mountain for everybody who wants to move in there, and I’m not at liberty to discuss who’s moving in there,” he said.
The Cheyenne mountain bunker is a half-acre cavern carved into a mountain in the 1960s that was designed to withstand a Soviet nuclear attack. From inside the massive complex, airmen were poised to send warnings that could trigger the launch of nuclear missiles.
But in 2006, officials decided to move the headquarters of NORAD and US Northern Command from Cheyenne to Petersen Air Force base in Colorado Springs. The Cheyenne bunker was designated as an alternative command center if needed. Read the rest of this entry »
So, what would happen if an enormous flare actually did hit us?
Pop-Mech’s Kathryn Free reports: Recently, there’s been news of a humongous solar flare that narrowly missed the Earth in 2012. If it had been one week earlier, one of the largest solar storms in recorded history would have directly hit our world. Just a small reminder that we live near an enormous ball of nuclear fusion.
“No cell phones, no ATMs, no sewage systems, and no working respirators in hospitals for months.”
First things first — we would not be fried to a crisp. The Sun is too far away for the heat from a flare to make it here, according to a statement from NASA. But a new report published yesterday in Physics World says that while solar storms can’t kill us outright, they could have catastrophic effects… and we should be doing everything we can to prepare for them. Read the rest of this entry »
Peter Vincent Pry, executive director of the Task Force on National and Homeland Security and director of the U.S. Nuclear Strategy Forum, both congressional advisory boards, said the technology to avoid disaster from electromagnetic pulses exists, and upgrading the nation’s electrical grid is financially viable.
“The problem is not the technology,” Pry said. “We know how to protect against it. It’s not the money, it doesn’t cost that much. The problem is the politics. It always seems to be the politics that gets in the way.”
He said the more officials plan, the lower the estimated cost gets.
“If you do a smart plan — the Congressional EMP Commission estimated that you could protect the whole country for about $2 billion,” Pry told Watchdog.org. “That’s what we give away in foreign aid to Pakistan every year.”
In the first few minutes of an EMP, nearly half a million people would die. That’s the worst-case scenario that author William R. Forstchen estimated in 2011 would be the result of an EMP on the electric grid — whether by an act of God, or a nuclear missile detonating in Earth’s upper atmosphere.
An electromagnetic pulse is a burst of electromagnetic energy strong enough to disable, and even destroy, nearby electronic devices.
The scenario sounds like something in a Hollywood film, but the U.S. military has been preparing its electronic systems for such an event since the Cold War. The protective measures taken to harden facilities against a nuclear attack also help in some cases to protect against EMPs.
The civilian world is another story. Read the rest of this entry »