At 11:22 in the morning on Friday November 14, 1969, Apollo 12 launched from Kennedy Space Centre towards the Ocean of Storms on the near side of the Moon. It was a nominal launch, at least for the first 37 seconds. Then all hell broke loose, threatening to end the mission before it had even begun. (Left, the view of Apollo 12 on its Saturn V just before liftoff after NASA had committed to the launch. The dark skies and rainy weather are clearly visible in this shot.) Continue reading “Apollo 12’s Electrifying Launch”
The latest budget for NASA for FY 2013 sees the agency’s Mars exploration program taking a huge hit – it will get $318 million less than FY 2012. This funding cut has forced NASA to withdraw from the ExoMars, the joint mission with the European Space Agency designed to culminate with a sample return. Without NASA, ExoMars is left in pieces and ESA is hoping the Russian Space Agency Roscosmos will take NASA’s place. This partnership could be without payoff since neither country has had great luck with Mars, particularly Russia whose missions have been thwarted by the mythical galactic ghoul. NASA’s withdrawal brings other questions to the forefront as well, like whether the agency has lost its way and will it soon lose its prestige in space. My whole article on the subject was published yesterday on Nature’s Soapbox Science Blog. (Left, an artist’s concept of ESA’a Beagle 2 falling through the Martian atmosphere.)
Have you ever stopped to wonder why, during planetarium presentations filled with stunning images from other worlds, there is always a classical music soundtrack? That’s because no one has managed to capture planetary sounds, but not for lack of trying. NASA’s Mars Polar Lander carried a microphone but the spacecraft crashed during its descent in 1999, and a French mission designed to record sound on Mars never flew. NASA’s successful Mars Phoenix Lander carried a microphone, but it failed to return any audio data during its 2008 mission. Simulated sounds, on the other hand, are easier to capture. Adjusting sound waves to reflect the environments on other bodies, we can start to get a sense of what space sounds like. Read the full article on Motherboard. (Left, Mars rover Opportunity’s half self portrait. 2004.)
Today’s fun Vintage Space images shows John Glenn entering the Astro-Penthouse. It was less sexy that you’d think. This was where the astronauts trained on the gimbaling rig in the altitude wind tunnel at NASA’s Lewis Research Centre. 1960. Continue reading “Carnival of Space #245”
When Apollo 13 launched on April 11, 1970, the world wasn’t all that excited. Going to the Moon had become routine; the Vietnam war and Paul McCartney leaving the Beatles were bigger stories in America. The one aspect of the mission that did have people talking was its numeric designation: 13. Man’s greatest scientific endeavour was about to go head to head with one of its most enduring superstitions. Read my full article on Discovery News. (Left, the damage sustained to Apollo 13’s service module when the oxygen tank exploded, taken by the crew before reentry, 1970. It’s worth noting that NASA has never since launched, nor does it plan to launch, another mission designated ’13.’)
On Thursday April 9, 1959, the seven Mercury astronauts were introduced to the world at a press conference. Six nervous men sat shifting in their seats at a long table facing a room full of press; John Glenn was the only one smiled at the cameras, pleased as punch to be there. Sitting in alphabetical order, Deke Slayton sat on the far left of the table, fingers intertwined on the table in front of him looking up at the room with only his eyes. On his right sat Alan Shepard, leaning back looking much more calm. Slayton’s mannerisms could be chalked up to nerves, or it could be discomfort after a prank Shepard played moments earlier. (Left, Shepard and Slayton as the press conference began on April 9, 1959.) Continue reading “Vintage Space Fun Fact: Slayton’s Bow Tie”
This week, the James Webb Space Telescope (JSWT) got its brain, or at least the bit responsible for its memory. The first solid-state electronics unit that will store the telescope’s data was delivered from SEAKR Engineer to the telescope’s builder, Northrop Grumman. It’s the same technology that’s inside devices like DVRs, meaning JWST is about to turn into a cosmic TiVo. Read the full article on Discovery News, where I am pleased to say I am a new writer! (Left, the JWST. NASA.)
When President Kennedy promised America a Moon landing in 1961, getting there was only part of the challenge. The astronauts would need to go outside, explore the surface, and, to make to most of their time there, cover as much of the lunar surface as possible. On this last point, NASA considered multiple methods before settling on the lunar rover we all recognize from pictures of Apollo 15, 16, and 17. Read my full article at America Space. (Left, a prototype for the lunar bike is tested in a one-sixth gravity environment. 1969.) As an added source, here’s a great compilation of images of early rover concepts.
And speaking of America Space, I’m very happy to be joining the writing staff of this excellent website!