Elon Musk promises a 'big boom' to Falcon Heavy watchers
SpaceX plans to show off its most powerful rocket yet from Kennedy Space Center in Florida. Musk isn't guaranteeing success, but he does promise a show.
- Finalist for the Nesta Tipping Point prize and a degree in broadcast journalism from the University of Missouri-Columbia.
Falcon Heavy conducted its first static test fire at Kennedy Space Center.
SpaceX founder and CEO Elon Musk said he was almost "giddy" with excitement on the eve of a major milestone for his rocket company: the first launch of Falcon Heavy.
"We've done all the (computer) modeling we could think of," Musk told CBS News on Monday. "In theory it should work."
The goal of the odd demonstration mission Musk has planned for Falcon Heavy starts with lift-off from Kennedy Space Center in Florida as early as 10:30 a.m. PT on Tuesday. If all goes well, it will end several hours later with a payload consisting of Musk's cherry red Tesla Roadster piloted by a space-suited dummy named "Star Man" pushed toward an elliptical orbit around Mars and Earth.
"Normally, when a new rocket is tested, they put something really boring on like a block of concrete or a chunk of steel or something," Musk said, explaining that SpaceX wanted to use a dead weight that might get the public more excited. "The car is just the most fun thing we could think of."
He estimates the Roadster will be in orbit for perhaps over a billion years with an "extremely tiny" chance it might someday hit Mars.
If it succeeds, the launch system will become the most powerful rocket in the world, second throughout history to only NASA's monstrous Saturn V, which sent Apollo astronauts to the moon.
For months, Musk has been actively lowering expectations that Falcon Heavy will succeed on its first try. On Monday, he guessed that the odds of success are between 50 and 70 percent.
Falcon Heavy is basically three Falcon 9 rockets strapped together and topped with a single second stage rocket. That means that at launch, a total of 27 engines will be firing at the same time right next to each other, something that has only been attempted before for just a few seconds during Falcon Heavy's hold-down firing test last month.
During the development of the Saturn V in the 1960s, early models of the rocket exploded during test firings just because of the acoustic vibrations generated by having multiple powerful engines next to each other. The solution to the problem that NASA came up with may seem counterintuitive for dealing with fiery rockets.
"Eventually they solved the problem by spraying the engines with water," retired NASA engineer Jack Stokes explained to me when I visited the US Space and Rocket Center in Huntsville, Ala. last month. The Center's museum is home to one of three remaining Saturn V rockets in the world.
The water literally dampened the acoustics problem, but Falcon Heavy features more than five times as many engines working in concert.
"There are a lot of experts out there saying there's no way you can do 27 engines, all at the same time, and not have something go wrong," Musk said. "You've got the booster-to-booster interaction, acoustics and vibration that haven't been seen from any man-made device in a long time."
Tens of thousands are expected to flock to Florida Tuesday to try and catch a glimpse of the rocket thundering away from the same launch pad where Apollo astronauts left for the moon. Musk says he's confident they'll get a show of some kind.
"It's either going to be an exciting success or an exciting failure. One big boom! I'd say tune in, it's going to be worth your time."
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