Yahoo Web Search

Search results

    • 9 feet

      • Humans can jump around 9 feet into the air on the lunar surface, but it’s not usually that high because the astronauts aren’t trying to give it everything they’ve got. They’re just concerned with moving around efficiently on the moon and are fine with bobbing along at a slow pace. Written by Wayne
      www.lunarsail.com/how-high-can-you-jump-on-the-moon/
  1. People also ask

  2. You can jump from a height 6 times higher on the moon. Most people would not want to jump from a height of more than 2 metres on earth. Therefore you could jump from a height of 12m on the moon.

  3. Suggested Tags: Moonwalk, Apollo 11, Buzz Aldrin, walking on the moon, mobility. Buzz Aldrin: I'd like to evaluate the various paces that a person can (static) traveling on the lunar surface. I...

    • 4 min
    • 66K
    • SpaceRip
  4. Jul 19, 2018 · The Earth-human gets to a speed of almost 10 m/s, but the moon-human easily can go over 15 m/s. But wait! It's even better. This is assuming the same kind of running style for both...

  5. Mar 22, 2023 · “Contrary to the Space Station, astronauts can walk around on the lunar surface. So, they already have some kind of exercise by doing extravehicular activities (EVAs) or daily tasks. Controlled maximal hopping may be a way to supplement this EVA without requiring any additional equipment,” says David Green, co-supervisor from the European ...

  6. Jul 25, 2019 · If you were lucky enough to go to the moon, you’d be able to jump six times as high there as you can here on Earth. Try it: jump up and imagine you’re on the moon. Six times further up you’d...

    • Jacco Van Loon
  7. Jul 16, 2019 · It's 55 years since humans first set foot on the Moon. The successful Apollo 11 mission saw two US astronauts – Neil Armstrong and Buzz Aldrin – walk on the lunar surface on July 20, 1969.

  8. Mar 31, 2020 · In this activity, you’ll learn what it’s like to walk on the Moon. You’ll learn some basic gait analysis by analyzing your own walking and running here on Earth and by identifying the gait patterns used by astronauts when they navigate the reduced gravity environment on the Moon.