Since developments in space technology have made a breakthrough, humankind has always wondered how long it takes to get to the moon. Back in late 2008, Richard Branson sketched his vision for Virgin Galactic’s potential. Once tourists are taken into and around the Earths orbit, it seems likely that space hotels could be created for longer stop-overs in space. He also expressed that short “sight-seeing” tours to the Moon could be happening from these ultimate hotels. If we are to craft travel to the Moon practice sufficient to propel tourists there, the journey must be as precise as possible.

How long does it take to get to the moon from earth is the central theme to be inquired about. Human beings and technology have made that trip on several occasions. And at the same time, as some took a very long time, others were surprisingly fast. Let’s review various missions and methods and see which offers the most competent and least time-consuming means of travel while craving to know how long it takes to get to the moon.

Many missions have made appearances in lunar orbit and landed on the lunar surface, but the means of getting there broadly vary. Whether a mission makes use of a rocket to blast its way there or a subtle ion engine to bit by bit edge its payload closer, we have many options open to us when we would be able to take a trip to the Moon sooner or later. To this end, it will surely give a rapid rundown from slowest to speed of light flights to Earth’s natural satellite 385,000 km away.

Remotely-controlled Missions:

Meanwhile, digging to know how long does it take to get to the moon, perhaps the slow going mission to fly to the Moon was, in fact, one of the most superior technologies to be sent into space. The ESA’s SMART-1 lunar survey probe was launched on September 26th, 2003 and used an innovative ion engine to launch it to the Moon. SMART-1 slowly coiled out from the Earth to arrive at its purpose once a year, once a month and two weeks soon after on November 12th, 2004.

SMART-1 may have been sluggish, but it was by far the most fuel proficient. The craft used only 82.5 kg of xenon propellant for the complete mission (ending with a lunar contact in early 2006). The SMART-1 mission is peculiar as it is by far the most extended mission to the Moon; the rest took several days to reach lunar orbit.

Human-crewed Space Flight:

The Apollo missions, which were the only crewed Lunar mission, quickly reached the Moon. The well-renowned Apollo 11 mission, where Neil Armstrong and Buzz Aldrin became the primary men to stroll on the Moon that made the record headlines. This mission began on July 17th, 1969, somewhere a Saturn V multi-stage rocket took the astronauts from Kennedy Space Center into flight path orbit.

They reached lunar orbit after only 51 hours and 49 minutes in space, arriving on July 19th, 1969. The famous “One small step for gentleman” speech would not occur until July 21st, approximately 109 hours and 42 minutes into the mission. After dusting off the Lunar surface, the Lunar Module spent another two days, 22 hours and 56 minutes getting back to Earth. Additionally, to be the first manned mission, Apollo 11 was also the fastest expedition to the Moon, where astronauts were involved.

Express Mission to Date:

By far, the fastest mission to soar past the Moon was NASA’s New Horizons Pluto mission. This mission had a quick launch, with its Atlas V rocket accelerating it to a pace of about 16.27 km per second (59,537 km/h; 35,374 mph). At this speed, it only took 7 hours and 40 minutes to reach the Moon from Earth. It is undoubtedly a good start for this probe, which was on its way to Pluto and the Kuiper Belt at the moment in time.

Although this is remarkable, it’s worth keeping in mind that New Horizons was not slowing down to enter lunar orbit (as was the case of the complete human-crewed and crewless mission to the Moon mentioned above). Hence, it was most likely still accelerating long after it had placed the Moon in its back view mirror.

Mission perceptions like the Space Launch System and Orion Multi-Purpose Crew Vehicle (MPCV) will also come into play soon. On December 6th, 2014, a remote control test of the Orion capsule took place, legitimately known as Exploration Flight Test 1. Having launched atop a Delta IV Heavy rocket, the capsule reached Low Earth Orbit, accomplished two orbits of the Earth, and then sprinkled down again 5 hours later.

Throughout the flight route, EFT-1 reached speeds of up to 8.9 km/s (33,187 km/h). At this rate, an Orion mission could make it to the Moon (at an average distance of 385,400 km) in nearly up to 12 hours. Noticeably, adjustments will have to be made for the load (since it will require a team) and deceleration. How long does it take to get to the moon also links with the part when space tourism begins mounting sight-seeing tours or missions to the Moon, they will have a small number of options. They could offer extended cruises, gently floating to the Moon using ion engines to let the tourists take in the views bit by bit. Or they could opt for the thrilling rocket ride of a lifetime, blasting tourists off into space and bringing them back in just a day or two. It is pretty hard to say which group of masses would prefer, but certainly, many would pay substantially for the occasion.

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