the middle section of the spaceshuttle (fuselage) is a big cargo hold which open outwards with 2 doors so the cargo can be removed from the shuttle once it is in orbit in space.
The large open area of a space shuttle used to hold satellites and scientific equipment is called the cargo bay. This is where various payloads can be stored and deployed during a mission.
Space shuttles were designed for reuse, allowing multiple missions with the same hardware. This reduced the cost per launch compared to single-use rockets. Additionally, the shuttle's ability to carry large payloads and a crew to space in a single mission increased efficiency and reduced costs.
The space shuttle's reusable design allows it to launch, travel to space, return to Earth, and be prepared for launch again efficiently. Its large payload capacity enables the transportation of astronauts, cargo, and satellites to space in a single mission. Additionally, the space shuttle's ability to maneuver in space and deploy and repair satellites makes it a versatile spacecraft.
Payload is carried in the Space Shuttle's Payload Bay. The payload bay is situated behind the crew cabin, in the middle of the orbiter. It is 60 ft long and 15 ft wide. The payload bay has two large doors that open once the shuttle reaches orbit. On the inner side of these doors are radiators which help cool the shuttle. Inside the payload bay, there are latches to hold satellites, space station components, experiments, and other objects in place. The payload bay also holds the space shuttle's remote manipulating system (RMS), KU-band antenna, and several cameras and lights. The space shuttle is capable of carrying about 65,000 pounds of cargo in the payload bay.
orbiter
The large open area of a space shuttle used to hold satellites and scientific equipment is called the cargo bay. This is where various payloads can be stored and deployed during a mission.
in the crew cabin
The shuttle has a large payload and it is reusable.
HST Servicing Mission 4 was carried out in 2009 aboard Space Shuttle Atlantis, during shuttle mission STS-125. Atlantis and Discovery were the most often used shuttles for HST servicing missions, due in large part to their larger cargo bays compared to the other shuttles.
Large equipment
Space shuttles were designed for reuse, allowing multiple missions with the same hardware. This reduced the cost per launch compared to single-use rockets. Additionally, the shuttle's ability to carry large payloads and a crew to space in a single mission increased efficiency and reduced costs.
- it can incapacitate and/or kill a large number of personnel -it can overwhelm medical staff -it can force personnel to use protective equipment that degrades mission effectiveness. - it can contaminate equipment
The space shuttle's reusable design allows it to launch, travel to space, return to Earth, and be prepared for launch again efficiently. Its large payload capacity enables the transportation of astronauts, cargo, and satellites to space in a single mission. Additionally, the space shuttle's ability to maneuver in space and deploy and repair satellites makes it a versatile spacecraft.
Very large amounts of money and very large rockets.
The ET is the External Tank. It is the large orange tank you see attached to the Shuttle during the launch phase.
Examples are large kitchen equipment are refrigerator, range or stove, dishwasher, or deep freeze.
Materials to be egested are stored in the large intestine before being excreted as feces.