Neil Armstrong blowing out candles on a birthday cake.

Neil Armstrong, the first human being to walk on the Moon, blows out candles while other watch.||Neil Armstrong blowing out candles in NASA's Lunar Recieving Laboratory on his 39th birthday after the Apollo 11 mission in 1969. Credit: NASA/Terry Slezak

10 Things: Happy Birthday, NASA

By Phil Davis

Feature | October 1, 2018

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    Quite a few candles have been lit since NASA was born on Oct. 1, 1958. Here’s a quick look back at some highlights from six decades of exploration—and a glimpse of what’s ahead.

    For full coverage of NASA's last six decades of exploration, visit NASA: 60 Years and Counting.

    Rocket launches from Florida launch pad.
    On May 5, 1961, Alan Shepard Jr. became the first American in space when Freedom 7 was launched by a Mercury-Redstone rocket. Credit: NASA

    1. “Light This Candle” (NASA's Age: 19 months)

    May 5, 1961: Lighting candles has a double meaning at NASA thanks to Alan Shepard, the first American in space.

    Alan Shepard in his Mercury capsule.
    Astronaut Alan B. Shepard, Jr. sits in his Freedom 7 Mercury capsule, ready for launch.

    Just 23 days earlier, Soviet cosmonaut Yuri Gagarin had become the first man in space.

    ''That little race between Gagarin and me,'' Shepard said, ''was really, really close.''

    After several delays and more than four hours in the capsule, Shepard was ready to go, and he famously urged mission controllers to ''fix your little problem and light this candle.''

    They did, and America’s human spaceflight program was officially off the ground.

    Two men hold up a more than 20-foot-long strip of paper containing Venus science data.
    A printout of Mariner 2 data sent back from Venus during the first-ever close visit to another planet.

    2. Hello, Neighbor (Age: 3 years)

    Dec. 14, 1962: Mariner 2 wasn’t just the first spacecraft to successfully visit another planet. The 42-minute scan—all data, no images—transformed theories of Venus as a hot, wet and jungle-like world cloaked in steamy clouds. Mariner 2 offered the first glimpse of the Venus we know today: an unusual world with a backwards rotation and intense heat and pressure that render the surface off limits to human explorers.

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    Man coloring on spacecraft data with pastel sticks.
    An engineer puts the finishing touches on a color-by-number version of Mariner 4's digital data from Mars.

    3. First TV Image of Mars (Age: 5 years)

    July 15, 1965: Engineers watching the first digital image come down from Mariner 4 at Mars in 1965 couldn’t wait for image processors to make a color image. So they printed out the incoming data in strips, mounted the on a board and hand-colored the strips (the numbers represented colors) with pastel chalk until the now-familiar reddish hues of Mars emerged on the stripsthe first close up image of another planet.

    Astronaut standing next to robotic spacecraft on the surface of the Moon.
    This unusual photograph, taken during the second Apollo 12 extravehicular activity (EVA), shows two U.S. spacecraft on the surface of the moon. The Apollo 12 Lunar Module (LM) is in the background. The unmanned Surveyor 3 spacecraft is in the foreground.

    4. Science on the Surface of the Moon (Age: 7)

    Apr. 20, 1967: The success of Surveyor 1 in proving it was safe for astronauts to land on the Moon—one theory held a lander might sink into deep dust—led engineers to start adding more science to future missions. Surveyor 3 carried a soil sampling scoop that dug trenches in the lunar soil and scooped some up for close study by the lunar lander’s television cameras.

    Surveyor 3 also has the distinction of being the only robotic lander visited by human beings in deep space (so far). The crew of Apollo 12 used Surveyor 3 as a precision landing target, touching down close enough to walk to the robot and collect a camera and soil scoop so engineers could study the effects of more than two years sitting on the Moon.

    Mars volcano seen from straight above in orbit.
    Color mosaic of Olympus Mons volcano on Mars from the Viking 1 Orbiter.

    5. Vikings to Mars (Age: 17)

    June-July 1976: The twin Viking landers—the first landings on Mars that returned science data—get most of the glory. But they were backed up by twin orbiters that went by the same name. The combined Viking landers and orbiters truly brought the surface of Mars into focus for the first time, imaging the entire surface of the Red Planet at a resolution in unprecedented detail. The global view of Mars revealed, among other things, the first tantalizing hints of past water on Mars.

    Image of asteroid trailing debris in space.
    What first appeared to be a comet-like asteroid, may in fact be the product of a head-on collision between two asteroids traveling five times faster than a rifle bullet (5 kilometers per second).

    6. Everything is Moving (Age: 30+)

    Apr. 24, 1990: The Hubble Space Telescope, launched on this day, may be best known for its stunning views of distant stars and galaxies, but it also helped reveal our own solar system as an active, dynamic place. A few examples:

    Five people in protective gear looking at Stardust sample collector.
    Donald Brownlee, Stardust principal investigator with the University of Washington, flashes a victory sign for the successful arrival of Stardust material.

    7. A Piece of the Action (Age: 47)

    Jan. 15, 2006: The crew of Apollo 11 has the distinction of completing the first return of soil and rock samples from beyond Earth. Robots collect samples from places people can’t go—plunging, for example, into the tail of a comet to collect samples.

    NASA’s Stardust mission returned the first pieces collected from an active comet in 2006. Next on deck for NASA is OSIRIS-REx, which will collect America’s first asteroid samples from asteroid Bennu in 2019. The honor of the first asteroid sample return goes to Japan’s Hayabusa in 2005.

    Two women and a man react with joy at seeing the first images of Pluto.
    Cristina Dalle Ore, Senior Scientist (SETI), left, Alissa Earle, Graduate Student (MIT), and Rick Binzel, New Horizon Co Scientist (MIT), react to seeing the spacecraft's last and sharpest image of Pluto before closest approach later in the day, Tuesday, July 14, 2015

    8. We <3 Pluto (Age: 56)

    The distinct heart-shaped terrain on Pluto with detail inset showing mountains and smooth plains.
    This enhanced color view from NASA's New Horizons spacecraft zooms in on the southeastern portion of Pluto's great ice plains, where at lower right the plains border rugged, dark highlands.

    To say that New Horizons shook the foundation of planetary science with it's 2015 Pluto flyby is an understatement.

    Scientists found a world far more complex and geologically active than expected, including Sputnik Planitia, currently the largest known glacier in our solar system. The discoveries not only introduced us to the Pluto system, but hinted at what awaits as scientists examine other worlds in the Kuiper Belt.

    New Horizons will soon give us another close look at something new when it makes a close pass by MU69 in the Kuiper Belt on Jan. 1, 2019.

    Marget Kivelson surrounded by women colleagues.
    Margaret Kivelson, surrounded by colleagues from her latest mission as part of the Europa Clipper science team.

    9. Science Never Stops (Age: 58 years)

    May 14, 2018: An 89-year-old scientist was part of a team that used more than 20-year-old data to provide increasing evidence the Jupiter’s ocean moon Europa may be venting plumes from its global ocean into space. The data came from NASA’s Galileo spacecraft, which orbited Jupiter from 1995 to 2003. The scientist, Margaret Kivelson, was on the original mission team and joined with other colleagues in reanalyzing the data and combining it with Hubble observations that reported the first evidence of the plume.

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    Woman explains the parts of a small satellite.
    Systems engineer Annie Marinan discusses NASA's Mars Cube One (MarCO) technology demonstration mission during a prelaunch media briefing in May 2018. The small twin MarCO satellites are on their way to Mars with the InSight lander. Credit: NASA/Bill Ingalls

    10. More to Come (Age 60+)

    NASA has an active fleet out there. Here a just a few upcoming highlights:

    • Nov. 26, 2018: NASA’s InSight mission will land on Mars. We’ll also be testing MarCO (engineer Annie Marinan is shown here with a full-scale model), the first interplanetary small satellites, as a communications relay for the landing.

    • Dec. 3. 2018: OSIRIS-REx arrives at asteroid Bennu.

    • Jan. 1, 2019 Another First: Celebrate the New Year with something completely new--New Horizons will make a close pass by MU69, a Kuiper Belt object about a billion miles beyond Pluto. MU69 will be the most distant object ever explored by human beings.

    • In Development: Mars 2020 rover (the descent stage is pictured), Europa Clipper (destined to explore that alien ocean from No. 7), asteroid missions named Psyche and Lucy and potential new missions to return humans to the Moon.