New Mars rover launch 2011 (Curiosity, YouTube, eta August 2012))

In summary, the conversation discusses a beautiful animation of a novel and elegant landing system for Mars missions. The system involves a hovering rocket platform and the use of the planet's atmosphere to save fuel weight during deceleration. Despite the potential for things to go wrong, the team behind the mission remains calm and confident, with a sense of suspense and drama reminiscent of a Mission Impossible episode. The conversation also mentions the upcoming launch of the "Curiosity" rover and the excitement surrounding it, with one person expressing a preference for a mission to Ceres instead.
  • #1
marcus
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Beautiful animation.

Landing system is novel and elegant. Hovering rocket platform lowers the vehicle on a cable to the the ground and then goes away.

A lot of the deceleration work at Mars is done by the planet's atmosphere, saving fuel weight.

Great stuff. Launch of "Curiosity" is supposed to happen later this year.
 
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  • #2
Bloody hell that's absolutely amazing!
 
  • #3
Elegant, maybe, complex most certainly. Lots to go wrong with this landing system. Considering the ill luck that we have had with Mars missions this seems pretty ambitious. I hope that all goes well. It would be great to have a new rover on the surface of Mars.
 
  • #4
Integral said:
Elegant, maybe, complex most certainly. Lots to go wrong ...

That's certainly true! A lot of elements that could go wrong. Several bold innovations that have probably never been tried before in Mars gravity.

Reminds me a little of old issues of Mission Impossible where the elite team uses hi-tech tools to sneak in thru the ventilator system of the headquarters of the foreign dictator. Suspense. So MANY things could go wrong. The calm courage of the team. Absolute level-headed confidence. You could call it "techno-drama". What anguish if it fails. What a triumph if it succeeds.

I want people to go to Ceres, not Mars. But the landing of the "Curiosity" rover on Mars, win or lose, is worth the price of admission in my book.

Ryan's comment captures the feeling.
 
  • #5


I am thrilled to see the progress being made in space exploration with the launch of the new Mars rover, Curiosity. The use of a hovering rocket platform to lower the vehicle to the ground is a novel and elegant solution, showcasing the innovative thinking and engineering skills of the team behind this project. It is also exciting to see the use of the planet's atmosphere to assist in the deceleration process, which not only saves on fuel weight but also demonstrates a deeper understanding of the Martian environment. I look forward to the launch of Curiosity and eagerly anticipate the groundbreaking discoveries it will make on the Red Planet. The beautiful animation of the launch and landing process on YouTube only adds to the excitement and anticipation for this mission. August 2012 cannot come soon enough.
 

Related to New Mars rover launch 2011 (Curiosity, YouTube, eta August 2012))

1. What is the purpose of launching the new Mars rover, Curiosity?

The primary purpose of launching Curiosity is to further explore the surface of Mars and gather data that can help scientists better understand the planet's geology, climate, and potential for past or present habitability.

2. How is the new Mars rover, Curiosity, different from previous rovers?

Curiosity is significantly larger and more advanced than previous Mars rovers, with a weight of almost 2,000 pounds and a suite of scientific instruments that allow it to conduct more detailed and in-depth investigations of the Martian surface.

3. When will the new Mars rover, Curiosity, be launched?

The launch of Curiosity took place on November 26, 2011. However, it is expected to arrive at Mars in August 2012.

4. Will the new Mars rover, Curiosity, be able to return to Earth?

No, Curiosity is not designed to return to Earth. It will remain on Mars for the duration of its mission, which is expected to last at least one Martian year (687 Earth days).

5. How will the new Mars rover, Curiosity, be powered?

Curiosity is powered by a radioisotope thermoelectric generator (RTG), which uses the heat of decaying plutonium to generate electricity. This allows the rover to operate for long periods of time without relying on solar power, which can be limited on Mars.

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