In the 1950s, Canada was as much at risk of nuclear attack as was the United States; the country lies in the direct path of any Intercontinental Ballistic Missiles (ICBMs) the Soviet Union could launch over the North Pole towards a US target. To protect the nation, the Avro Aircraft Company designed the Arrow, a high speed interceptor aircraft. But the Arrow was nearing extinction before it even left the ground. (The Avro Arrow. Image credit: The Canadian Department of National Defence.) Read More
Monthly Archives: December 2011
Jim Lovell was supposed to spend Christmas 1968 with his family in Acapulco. Instead, he spent the holiday with Frank Borman and Bill Anders in orbit around the Moon. But being 250,000 miles from home didn’t stop him from giving his wife the perfect Christmas present. (Marilyn and Jim Lovell in their home. Credit: Life.) Read More
Apollo 8 is usually synonymous with Christmas — at least among spaceflight enthusiasts. In 1968, NASA made the daring decision to send Apollo 8 into lunar orbit in the name of getting American men to the moon ahead of the Soviet Union. On Christmas eve, the crew – Frank Borman, Jim Lovell, and Bill Anders – famously read from the book of Genesis. (Left, an artist’s concept of Apollo 8 firing its main engine to return to Earth.)
Sent with only a Command and Service module, the mission is often considered one of NASA’s greatest risks of the space race. But there were other equally audacious lunar missions in the planning stages long before NASA had a viable mission with Apollo 8. As early as 1961, the agency considered sending men to the moon, and even landing them on the surface, with a Gemini spacecraft. Read More
With the exception of Apollo flights, manned spaceflight has operated exclusively in low Earth orbit, the area in space that extends up to about 1,300 vertical miles. In 1966, the Gemini XI crew set an as-of-yet unbroken altitude record within low Earth orbital flights. Using the Agena’s engine, Pete Conrad and Dick Gordon reached an apogee (peak distance from the Earth) of 850 miles; most Gemini missions, and missions since, have operated under the 200 mile altitude. (Left, Dick Gordon during an EVA. 1966.)
So why did Gemini XI get to fly higher than any other mission? In short, because Conrad wanted to. Read More
Flight director Gene Kranz is perhaps best known as the man behind the team that got the Apollo 13 crew home safely. He is also known for his trademark flattop hair style and his vests. In training and during missions, he was rarely seen without a vest over his button down shirt. But these vests were more than just a fashion statement. Inseparable from the man who wore them, Kranz’s vests became symbolic of the “can-do” attitude mission controllers adopted when dealing with emergencies in space. (Left, Kranz eats at his console in the Mission Operations Control Room in Houston. 1965.)
So just how did a vest become such a powerful symbol? Read More
Today marks the thirty-ninth anniversary of the last Apollo mission’s, Apollo 17’s, final moonwalk. On December 13, 1972, Commander (and Apollo 10 veteran) Gene Cernan and Lunar Module Pilot Jack Schmitt made their last of three lunar EVAs. NASA commemorated the anniversary by posted this image of Schmitt on the moon as its “Image of the Day.” I commemorated the anniversary with a look at some mission details and a few interesting facts about the lunar-walking crew members. Read the article at Universe Today.
Each of the Mercury missions had a name followed by the number 7. Alan Shepard flew Freedom 7, Gus Grissom in Liberty Bell 7, John Glenn aboard Friendship 7 (pictured), Scott Carpenter in Aurora 7, Wally Schirra flew Sigma 7, and Gordon Cooper aboard Faith 7. Deke Slayton never flew because of a heart condition, but had he flown his mission would have been Delta 7.
So, what’s with all the ‘7’s? Read More
In the mid-1960s, NASA was already looking ahead to what it would do after the Apollo program. Where could the organization send astronauts after the moon that would make use of everything it had learned getting them to our satellite? What emerged was the Apollo Applications Program (AAP), a program designed to give the technologies generated from Apollo direction towards long term objectives in space. AAP goals were varied. They ranged from Earth orbital research, an extended and more permanent lunar exploration program, and manned planetary missions. Within this latter category, Mars was on the table but wasn’t the only target. In 1967, NASA looked at what it would take to send men to Venus (pictured).