A space module typically refers to a self-contained unit or component designed to perform specific functions within a spacecraft or space station. These modules can serve various purposes such as living quarters, laboratories, storage, propulsion, or docking points for other spacecraft. They are usually equipped with necessary systems for life support, communication, power generation, and thermal control to sustain human life and support scientific experiments or operational activities in space. Examples include the International Space Station (ISS) modules like the Destiny Laboratory or the European Space Agency's Columbus module.
A space module is a self-contained unit that is designed to perform specific tasks or functions in space, such as housing astronauts, conducting scientific research, or providing propulsion systems. Space modules are often attached to spacecraft or space stations to support various mission objectives.
The Apollo spacecraft had 3 modules:
The Service Module (SM): This was the main workhorse of the Apollo spacecraft once it was Low Earth Orbit. It contained a powerful engine that was used to make course corrections, slow the craft down to enter lunar orbit, and finally to propel the craft back away from the moon for the return trip. It also contained the main communication equipment, the life support system (also known as Environmental Control System, ECS for short), the main electrical system, and, on A-15, A-16, and A1-17, the Science Instrument Module.
The Command Module (CM): The CM, sometimes referred to as the capsule, is the cone-shaped spacecraft that connects to the SM (creating what was called the CSM, or Command/Service Module). The CM is where the astronauts "lived" while in transit between the Earth and the moon, and then back home again. It contained all the controls, three seats (called couches) where the astronauts sat during take off and splashdown, as well as the docking mechanism and tunnel for joining to and entering the Lunar Module (see below). Once the mission was over and the spacecraft was had completed its journey back to Earth, the CM jettisoned the SM, exposing the blunt heat shield used to protect the fragile human occupants on-board during the intense heat of reentry.
The Lunar Module (LM): The LM was the spacecraft used to ferry two astronauts out of lunar orbit and down to the surface, as well as provide them with shelter during their stay. The LM was actually two separate spacecraft in one: The Descent stage, which had a large engine and ample storage room in order to carry all the scientific and life support equipment down to the surface, including the Lunar Rover (LRV) and the ALSEP (Apollo Lunar Surface Experiment Package), and the Ascent stage, which, similar to the CM above, was the astronaut's living quarters during surface operations and their cockpit during flight. Once the surface mission was complete, the Descent stage was disconnected from the Ascent stage, which had its own less powerful engine, and the Descent Stage became a stable platform from which the astronauts could ensure they had a perfectly aligned launch back into orbit.
The first module of the space station, called Zarya, was launched in 1998 and was a joint project between Russia and the United States. It was developed by the Russian Space Agency and served as the foundation for the International Space Station.
The cylindrical section of the International Space Station used for working and living in space is called the Destiny module. It serves as a laboratory for scientific research and experiments, as well as a living quarters for the astronauts on board.
The Apollo 11 spacecraft is not a shuttle, but a command module that carried astronauts Neil Armstrong, Buzz Aldrin, and Michael Collins to the moon and back in 1969. The command module is on display at the Smithsonian National Air and Space Museum in Washington, D.C.
The command module Odyssey is at the Kansas Cosmosphere and Space Center in Hutchinson, Kansas.The lunar module Aquarius, and the service module both burned up in the earth's atmosphere after being jettisoned.
Russia
there was a huge module in the middle of space.
they have a little amount of space inside of a module
The first module of the space station, called Zarya, was launched in 1998 and was a joint project between Russia and the United States. It was developed by the Russian Space Agency and served as the foundation for the International Space Station.
to go to space
Not sure which you mean so: MIR Space Station, built by the Russians, was the first permanent space habitat. The first ISS module was called Zarya and it is a Russian module. The space shuttle followed shortly after Zarya's launch with Unity, the first American module.
he was the lunar module pilot
On the 20th of November 1998, the Russian built module Zarya, became the first module of the International Space Station to be launched into space. A couple of days later, on the 4th of December, the fist American built module, Unity, was launched from the Kennedy Space Center in Florida aboard the space shuttle Endeavour. The construction of the ISS should be completed by the end of 2010.
Apollo 9 only orbited Earth. It did not go to the moon. It was used to do some tests including a space walk to test the space suits, and trying to connect the command module and lunar module together in space.
The cylindrical section of the International Space Station used for working and living in space is called the Destiny module. It serves as a laboratory for scientific research and experiments, as well as a living quarters for the astronauts on board.
they used a module that carried them back
The Apollo 11 spacecraft is not a shuttle, but a command module that carried astronauts Neil Armstrong, Buzz Aldrin, and Michael Collins to the moon and back in 1969. The command module is on display at the Smithsonian National Air and Space Museum in Washington, D.C.
The command module Odyssey is at the Kansas Cosmosphere and Space Center in Hutchinson, Kansas.The lunar module Aquarius, and the service module both burned up in the earth's atmosphere after being jettisoned.