The command module was named "Odyssey", and the Lunar Module "Aquarius."
They were just not built to do it... too heavy, no legs, etc. Command Modules do not land on the moon. The command module is the main capsule for the Apollo program. The lunar module of Apollo 11 however did land on the moon on the 21st of July 1969.
The two main parts of the Apollo 13 spacecraft were the Command Module (nicknamed "Odyssey") and the Lunar Module (nicknamed "Aquarius"). The Command Module was used for reentry into Earth's atmosphere, while the Lunar Module was used as a lifeboat after an oxygen tank explosion damaged the Command Module.
The Apollo 11 is made up of two main parts, the command module and the lunar module. There were over two million separate parts that made up the Apollo 11 spacecraft. Including the Saturn V booster which was, by far, the largest part.
The main objective of the Apollo 1 mission was to conduct a "plugs-out" test of the Command Module to assess its systems while running on internal power without being connected to ground support equipment. This test was a crucial step in preparing for manned spaceflight missions to the Moon.
The command module was named "Odyssey", and the Lunar Module "Aquarius."
They were just not built to do it... too heavy, no legs, etc. Command Modules do not land on the moon. The command module is the main capsule for the Apollo program. The lunar module of Apollo 11 however did land on the moon on the 21st of July 1969.
For a start, 6 Apollos landed on the moon. But on the Earth, the main difference is that the shuttle lands on a conventional runway, the Apollo capsule splash landed in the sea.
The two main parts of the Apollo 13 spacecraft were the Command Module (nicknamed "Odyssey") and the Lunar Module (nicknamed "Aquarius"). The Command Module was used for reentry into Earth's atmosphere, while the Lunar Module was used as a lifeboat after an oxygen tank explosion damaged the Command Module.
The Apollo 11 is made up of two main parts, the command module and the lunar module. There were over two million separate parts that made up the Apollo 11 spacecraft. Including the Saturn V booster which was, by far, the largest part.
The main objective of the Apollo 1 mission was to conduct a "plugs-out" test of the Command Module to assess its systems while running on internal power without being connected to ground support equipment. This test was a crucial step in preparing for manned spaceflight missions to the Moon.
The main parts of Apollo 13's mission include the launch, the oxygen tank explosion, the improvised repairs to the spacecraft, the successful re-entry into Earth's atmosphere, and the safe return of the astronauts. These events were crucial in making Apollo 13 one of NASA's most dramatic and heroic missions.
The Apollo 11 spacecraft consisted of three main components: the command module, the service module, and the lunar module. The command module (Columbia) returned safely to Earth with the astronauts, while the service module remained in space and eventually burned up upon reentry. The lunar module (Eagle) was left on the moon's surface after the astronauts departed in the command module.
The astronauts from Apollo 11 returned to Earth by using the Command Module, which separated from the Lunar Module after leaving the moon's orbit. The Command Module re-entered Earth's atmosphere, and parachutes slowed it down for a safe landing in the ocean. The astronauts were then picked up by a recovery team.
The two main parts of the spacecraft Apollo 11 were the Command Module (Columbia) and the Lunar Module (Eagle). The Command Module housed the crew during their journey to and from the moon, while the Lunar Module allowed them to land on and take off from the lunar surface.
Neil Armstrong and Buzz Aldrin were on the landing module. Michael Collins remained in orbit in the main capsule whilst the other two made their mark on history.
Splashdown speed of the Apollo capsules in the ocean was 8.5 m/s (19 mph) with all three parachutes, although the Apollo 15 capsule landed at roughly 10 m/s (~22.4 mph) due to one of the main parachutes failing to deploy.