Gallery: NASA PICS: Farthest Ever Solar-Powered Journey Takes Off Today...

 
We were excited to see this feat of renewable energy engineering set out on a history-making journey.

We’re about to start our journey to Jupiter to unlock the secrets of the early solar system,” said Scott Bolton, the mission’s principal investigator from the Southwest Research Institute in San Antonio. “After eight years of development, the spacecraft is ready for its important mission.” Juno’s eight instruments are set to record information about Jupiter’s interior, atmosphere and aurora. This information will help NASA scientists understand how the solar system was formed. When Juno reaches Jupiter it will be a whopping 507 million miles from the sun, well past the European Space Agency’s Rosetta Spacecraft which will reach 492 million miles from the sun (Rosetta is set to reach that goal next year).

Juno’s launch window lasted until August 26th but NASA saw a good chance of the craft taking the leap this morning. The launch was shown live on NASA’s live stream located on their website. The rocket had been letting out a steady stream of steam all morning in preparation for its big moment, and we were excited to see this feat of renewable energy engineering set out on a history-making journey. The spacecraft is expected to reach Jupiter by 2016 to commence its investigation of the gas giant.

+ NASA’s live stream

Via Engadget

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2 Comments

  1. Kalyn October 3, 2011 at 8:22 pm

    Shiver me timbers, them’s some great infromaiton.

  2. zeppflyer August 5, 2011 at 2:21 pm

    A perfect example of the groundside benefits of space exploration beyond videos of people floating around. Of course, there is nothing inherently ‘green’ about this mission. In fact, since the Atlas rocket which launches it burns a mixture of Liquid Oxygen and a fuel very close to kerosene, it is considerably more polluting than the shuttle’s LOX/hydrogen engines.

    However, even though using solar power in space is no more or less green than using a nuclear reactor as most probes do, the R&D invested in making solar panels light and efficient will create more applications for them on earth. This is the immediate green upside of space exploration.

    You should note too that these are not solar sails. Solar sails are extremely large, very thin membranes attached to spacecraft which use the pressure of solar radiation to propel the craft away from the sun. They have never been deployed except in small scale experiments and scifi novels. These are just solar panels which collect sunlight to turn it into electricity. All of the craft’s propulsion comes from chemical rockets which put it on course and pressurized gas to make adjustments later on.

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