Table of Contents
- 1 What does a space Orbiter do?
- 2 What is an Orbiter on a rocket?
- 3 What is Orbiter space exploration?
- 4 How does space shuttle take off?
- 5 What part at the bottom of a rocket controls the thrust?
- 6 What are the 4 types of space missions?
- 7 How does a space rocket work and how does it work?
- 8 What was the Space Shuttle orbiter used for?
- 9 How does an orbiter land on the Earth?
What does a space Orbiter do?
The Orbiter is both the brains and heart of the Space Transportation System. About the same size and weight as a DC-9 aircraft, the Orbiter contains the pressurized crew compartment (which can normally carry up to seven crew members), the huge cargo bay, and the three main engines mounted on its aft end.
What is an Orbiter on a rocket?
What is Orbiter space exploration?
Orbiter spacecraft are carrying out the second phase of solar system exploration, following up the initial reconnaissance with in-depth study of each of the planets. The extensive list includes Magellan, Galileo, Mars Global Surveyor, Mars Odyssey, Cassini, and Messenger.
How long does it take the Orbiter to reach space?
approximately 8-1/2 minutes
It takes the shuttle approximately 8-1/2 minutes to get to orbit. And if you think about it, we’re accelerating a 4-1/2 million pound system from zero miles per hour to its orbital velocity of 17,500 miles per hour in those 8-1/2 minutes. So it’s a heck of a ride for the astronauts.
What are the pros and cons of orbiters?
Orbiter Spacecraft Anyways, the advantage of an orbiter is that you can collect a lot more data and get more detailed information about the object you’re investigating, namely a planet. A disadvantage is that you can’t land the orbiter onto the surface of the planet to conduct some more serious scientific experiments.
How does space shuttle take off?
The space shuttle launched like a rocket. But it landed like a glider airplane. The solid rocket boosters and the main engines on the orbiter helped the shuttle blast off from Earth like a rocket. The two boosters dropped off the shuttle two minutes after launch.
The V2 guidance system included small vanes in the exhaust of the nozzle to deflect the thrust from the engine. Modern rockets typically rotate the nozzle to maneuver the rocket. The guidance system must also provide some level of stability so that the rocket does not tumble in flight.
What are the 4 types of space missions?
This lesson will go over four different types of space missions scientists have conducted, including flyby, orbiter, rover, and human space explorations.
What is an example of an orbiter?
Other examples of orbiter spacecraft include: Mariner 9 Mars Orbiter. Cassini Saturn Orbiter. Mars Global Surveyor.
How much does a space suit cost?
The cost of a spacesuit originally was about $22 million. Building one from scratch right now can be as much as 250 million.
How does a space rocket work and how does it work?
A space rocket is a vehicle with a very powerful jet engine designed to carry people or equipment beyond Earth and out into space. If we define space as the region outside Earth’s atmosphere, that means there’s not enough oxygen to fuel the kind of conventional engine you’d find on a jet plane.
What was the Space Shuttle orbiter used for?
The payload (cargo) bay carried up to two satellites or a whole laboratory into orbit. The remote manipulator system was used for putting satellites into action or getting them back. During reentry, the outside of the orbiter heats up to more than 2,730°F (1,500°C). Space›The Space Shuttle›Shuttle orbiter› Robotic arm Robotic arm
How does an orbiter land on the Earth?
Orbiter landing To leave orbit, the orbiter fires its thrusters and decelerates (slows down) from hypersonic speed. It drops down through Earth’s atmosphere underside first, generating enormous heat through friction with the atmosphere.
How are the radiators attached to an orbiter?
When the doors are opened, the tilting radiators are unlatched and moved to the proper position. This allows heat radiation from both sides of the panels, whereas the four aft radiator panels radiate from the upper side only. Some payloads may not be attached directly to the Orbiter but to payload carriers that are attached to the Orbiter.