The Lunar Module (LM) was basically two spacecraft. The Descent Stage had a powerful engine and large fuel storage (as well storage of all the equipment the astronauts would need while on the surface), used only during the landing. The Ascent Stage, which had its own separate rocket engine, contained the cabin where the astronauts flew during take off and landing, and slept between EVA's. At the end of the ground mission, the Ascent stage separated from the Descent stage, leaving that stage behind, and returned to orbit.
See the link below, which shows a picture of the separate stages.
The lunar module engine was a rocket engine used to land and take off from the moon during NASA's Apollo missions. It was called the Descent Propulsion System (DPS) for landing, and the Ascent Propulsion System (APS) for taking off from the lunar surface. These engines were crucial for the success of the moon landings.
Apollo 11 made its first lunar landing on 20 July 1969 at the Sea of Tranquility. The first human step on the moon off the craft occurred on 21 July 1969.
The Apollo spacecraft had two parts, the Command Module and the Lunar Module. The Lunar Module was designed to land on the moon, and to take off to lunar orbit, to a rendez-vous with the Command Module. So it was composed by two parts: the lander, and the ascender. The lander served as a base to the lauching of the ascender.
As Buzz Aldrin stepped off the landing pad of Apollo 11, he became the second person to set foot on the moon after Neil Armstrong. Aldrin joined Armstrong in conducting experiments, collecting moon samples, and deploying scientific instruments. Together, they spent about two and a half hours on the lunar surface before returning to the lunar module.
It has to be done in stages you see, first it was the Mercury one man craft, it was sub orbit and then orbiting the earth., the Gemini spacecraft with the first walk in space, then the Apoll7 after the fire a new craft was tried. Apollo 8 first visit by man around the moon. Apollo11 landing on the moon.
The lunar module engine was a rocket engine used to land and take off from the moon during NASA's Apollo missions. It was called the Descent Propulsion System (DPS) for landing, and the Ascent Propulsion System (APS) for taking off from the lunar surface. These engines were crucial for the success of the moon landings.
The Lunar Module (LEM), also known as the Lunar Excursion Module (LEM), was designed for NASA's Apollo program to facilitate the landing of astronauts on the Moon and their subsequent return to the command module in lunar orbit. Its purpose was to provide a means of descent from lunar orbit to the Moon's surface and then to lift off from the Moon back to the command module. The LEM was crucial for conducting scientific exploration and gathering samples during the Apollo lunar missions.
Apollo 11 made its first lunar landing on 20 July 1969 at the Sea of Tranquility. The first human step on the moon off the craft occurred on 21 July 1969.
The Apollo spacecraft had two parts, the Command Module and the Lunar Module. The Lunar Module was designed to land on the moon, and to take off to lunar orbit, to a rendez-vous with the Command Module. So it was composed by two parts: the lander, and the ascender. The lander served as a base to the lauching of the ascender.
As Buzz Aldrin stepped off the landing pad of Apollo 11, he became the second person to set foot on the moon after Neil Armstrong. Aldrin joined Armstrong in conducting experiments, collecting moon samples, and deploying scientific instruments. Together, they spent about two and a half hours on the lunar surface before returning to the lunar module.
Eagle was the lunar module of Apollo 11 that landed on the moon for the first moon landing. All of the moon landings had a lunar module which could separate from the main craft and land on the moon. It could then take off again and dock with the main craft. The different lunar modules were given different names.
Launch3 day trip to moonBurn to enter lunar orbitLander descentLand on moonSet up experiments, goof off, etc.Take off from moonLander accentBurn to leave lunar orbit3 day trip to earthReentry and splashdownIIRC, there were a half dozen landings.
The landing stage was left behind as it was not needed, but more importantly, the lunar module needed to be as light as possible to ensure it could be blasted from the surface with the restricted amount of fuel available.
It has to be done in stages you see, first it was the Mercury one man craft, it was sub orbit and then orbiting the earth., the Gemini spacecraft with the first walk in space, then the Apoll7 after the fire a new craft was tried. Apollo 8 first visit by man around the moon. Apollo11 landing on the moon.
The first successful landing on the moon occurred on July 20, 1969, during NASA's Apollo 11 mission. Astronauts Neil Armstrong and Buzz Aldrin landed the Lunar Module, named "Eagle," in the Sea of Tranquility at approximately 2:56 UTC. Armstrong's famous words, "That's one small step for [a] man, one giant leap for mankind," were spoken shortly after he stepped onto the lunar surface.
The Apollo 11 lunar module, known as the Lunar Module (LM), was designed specifically for landing on and taking off from the Moon's surface. It consisted of two main sections: the descent stage, which contained the landing gear and engines for landing, and the ascent stage, which housed the crew and engines for returning to the Command Module in lunar orbit. Unlike the Command Module, which was designed for travel through space, the Lunar Module had a specialized design to operate in the Moon's lower gravity and vacuum environment. Its unique features included a lightweight structure and a specialized guidance system for precise landings.
Only the ascent stage of the lunar module took off from the Moon because it was specifically designed to transport astronauts from the lunar surface back to the Command Module orbiting above. The descent stage, which contained the landing gear and other systems for landing, was left on the Moon to reduce weight for the ascent. This design allowed for a more efficient mission, as the ascent stage could focus solely on returning the crew to orbit.