Nasa Struggles Fix Telescope Computer

Since 2009, the Hubble Space Telescope has been inoperable due to a computer glitch.

In 2009, the Hubble Space Telescope went into safe mode due to a computer glitch. For the past seven years, Nasa has been struggling to fix the issue.

The computer problem was caused by an error in the telescope’s primary guidance software. This error caused the telescope to go into safe mode, which limits its functionality.

Since the problem occurred, Nasa has been working to develop a software patch that would fix the issue. However, they have been struggling to do so.

The problem has been made more difficult by the fact that the telescope’s software is very old and outdated.

Earlier this year, Nasa finally announced that they had developed a software patch that would fix the issue. However, they have not been able to test it yet.

The patch will be tested on the ground at the Goddard Space Flight Center in Maryland. If it is successful, it will be sent up to the telescope for use.

Nasa is hopeful that the patch will be able to fix the issue and that the telescope will be able to resume its normal operations.

How do they fix problems malfunctions with the Hubble Space Telescope?

Every spacecraft, no matter how reliable, will eventually experience a malfunction. When this happens, it is the responsibility of the engineers and technicians on the ground to find and fix the issue. This is no different for the Hubble Space Telescope (HST), which has experienced its share of problems over the years.

The first major issue with the HST occurred in 1993, just a year after it was launched into orbit. The telescope’s mirror had been incorrectly polished, causing the images it produced to be blurry. A team of astronauts was sent up to the telescope to install corrective mirrors, which restored its accuracy.

In 2002, the HST’s power system failed, leaving it unable to take new pictures. A team of engineers was able to fix the issue by installing a new power supply.

In 2009, the HST’s main mirror was damaged, rendering it unable to take accurate images. This problem was ultimately fixed by installing a new mirror.

Overall, the HST has been a remarkably reliable spacecraft. However, it has experienced its share of problems, all of which have been successfully fixed by the team of engineers and technicians on the ground.

How did NASA fix the Hubble telescope 1990?

In 1990, the Hubble Space Telescope (HST) was launched into orbit around Earth. However, soon after its deployment, it became apparent that the telescope’s mirror was flawed, resulting in blurry images.

In 1993, NASA convened a team of experts to determine how to fix the telescope. After a year of deliberation, the team came up with a solution: they would install a corrective lens in the telescope.

In December of 1993, astronauts embarked on the Space Shuttle Endeavour to install the corrective lens. They succeeded in their mission, and the Hubble Space Telescope began producing clear images once again.

The Hubble Space Telescope has been a valuable tool for astronomers and scientists ever since its repair in 1993. It has provided us with images of distant galaxies and planets, and has helped us to better understand our universe.

What kind of computer is on the Hubble telescope?

The Hubble telescope is a widely known and used telescope that was launched into space in 1990. Ever since its launch, the Hubble telescope has been providing us with amazing images of space that we never would have been able to see without it.

One of the most commonly asked questions about the Hubble telescope is what kind of computer is on it. Well, the answer to that question is a bit complicated. The computer on the Hubble telescope is actually a collection of different computers that work together to control the telescope and its instruments.

There are three main computers on the Hubble telescope. The first is the Main Control Unit (MCU), which is responsible for controlling the telescope’s movement and pointing. The second is the Science Instrument Control Unit (SICU), which controls the instruments on the telescope. The third is the Payload Control Unit (PCU), which controls the operations of the telescope’s cameras and spectrographs.

Each of these computers is a custom-built system that is designed to work in the extreme environment of space. They are all based on the VME bus standard, which allows them to communicate with each other and with other devices on the telescope.

The computers on the Hubble telescope are not your average desktop or laptop computers. They are tough, reliable, and able to withstand the harsh conditions of space. So next time you see an amazing image from the Hubble telescope, remember that it was made possible by some very special computers!

Is the Hubble telescope fixed yet?

Since its launch in 1990, the Hubble telescope has been one of the most important tools for exploring the universe. However, in late October 2018, the telescope went offline due to a malfunctioning gyroscope.

Now, almost two months later, it seems that the Hubble telescope is finally fixed. On January 8, 2019, the telescope sent back its first images since going offline. These images show a region of space near the constellation Leo.

While the Hubble telescope is now up and running again, it is unclear what caused the gyroscope malfunction in the first place. It is possible that the gyroscope failed due to excessive wear and tear, or that it was damaged by space debris.

Regardless of the cause, the Hubble telescope is now back up and running, and scientists are eager to explore the universe with it once again.

How many times has Hubble been repaired?

Since its launch in 1990, the Hubble telescope has been in orbit around Earth and has been used for a variety of astronomical studies. However, Hubble has not been without its share of problems. In fact, Hubble has been repaired or serviced a total of five times.

The first servicing mission took place in 1993, and it was during this mission that the telescope’s mirror was replaced. The second servicing mission took place in 1997, and it was during this mission that the telescope’s science instruments were replaced. The third servicing mission took place in 2002, and it was during this mission that the telescope’s power system was replaced. The fourth servicing mission took place in 2009, and it was during this mission that the telescope’s gyroscopes were replaced. The fifth and most recent servicing mission took place in May of this year, and it was during this mission that the telescope’s Wide Field Camera 3 was replaced.

So far, the Hubble telescope has been a reliable and valuable tool for astronomers. However, it is important to note that the telescope is not without its faults, and it will likely need additional servicing missions in the future.

How did astronauts fix Hubble telescope?

In 2009, the Hubble telescope’s main camera stopped working, leaving the telescope unable to take pictures. Astronauts on the space shuttle Atlantis were able to fix the camera, allowing Hubble to continue taking pictures for many more years.

The main camera on the Hubble telescope stopped working in 2009. This left the telescope unable to take pictures, which was a problem because the telescope was in the middle of a five-year mission to study the universe.

Astronauts on the space shuttle Atlantis were able to fix the camera, however. They replaced the main camera’s defective light sensor with a new one. This allowed Hubble to continue taking pictures for many more years.

What Hubble sees on my birthday?

Since its launch in 1990, the Hubble Space Telescope (HST) has been providing us with amazing views of the universe. Every birthday, Hubble releases a new image or set of images, capturing different aspects of the cosmos.

This year, on my birthday, Hubble released an amazing image of the star-forming region 30 Doradus, also known as the Tarantula Nebula. The Tarantula Nebula is located in the Large Magellanic Cloud, a small galaxy that orbits our own Milky Way galaxy.

The image, which was captured by Hubble’s Wide Field Camera 3, shows thousands of stars in various stages of development. Some of the stars are still in the process of forming, while others are nearing the end of their lives and are about to explode as supernovae.

The Tarantula Nebula is a particularly active region of star formation, and is home to some of the most massive stars in the universe. These stars are responsible for producing the nebula’s characteristic reddish hue.

The image is a testament to Hubble’s amazing capabilities. With its powerful instruments, Hubble can capture details that are too small to be seen by even the most powerful telescopes on Earth.

So on my birthday, I am happy to celebrate Hubble’s amazing accomplishments, and to look forward to the incredible images it will release in the years to come.