Europe's Envisat Satellite Failure Launches Mysteries (NEW ZetaTalk)

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Prior ZT http://www.zetatalk.com/transfor/t51.htm

But as [Planet X] approaches and magnetic confusion increases, these satellites will begin to mis-perform. Satellites use magnets for alignment of their internal mechanisms, and if pointing in wrong directions, communications are halted. What good is a message intended for the Earth's surface when it is sent into outer space?


Prior ZT   http://www.zetatalk2.com/index/zeta511.htm

We have mentioned that man should anticipate satellite failure due to the charged tail of Planet X and the debris in this tail, and also mentioned that man should anticipate problems with GPS due to the Earth wobble, which puts these satellites increasingly out of synch with their anticipated spot over the globe.

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Prior ZT http://www.zetatalk.com/index/zeta496.htm

We have mentioned that satellites will increasingly fail, and this has been happening but has been hidden from the public.

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Envisat services interrupted (April 12)

After 10 years of service, Envisat has stopped sending data to Earth. ESA’s mission control is working to re-establish contact with the satellite....

The first sign that there was a problem came on 8 April when contact with the satellite was unexpectedly lost, preventing the reception of any data as it passed over the Kiruna ground station in Sweden...

ESA’s mission control team declared a spacecraft emergency and immediately called for support from additional ESA tracking stations around the world. A team of operations and flight dynamics specialists and engineers was quickly assembled.

In a concerted effort, the recovery team, which included experts from industry, spent the next days trying to re-establish communications with the satellite.

While it is known that Envisat remains in a stable orbit around Earth, efforts to resume contact with the satellite have, so far, not been successful.

As is standard practice, an anomaly review board is investigating the cause for the break in communications....  Source

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Huge, Mysteriously Silent Satellite Spotted by Another Spacecraft (April 15)

A massive European satellite the size of a school bus that has mysteriously stopped communicating with Earth has been spotted by another satellite in orbit.

On 15 April, the French space agency CNES rotated the Pleiades Earth observation satellite to capture this image of Envisat. At a distance of about 100 km, Envisat’s main body, solar panel and radar antenna were visible.

The giant Envisat satellite, which is the world's largest imaging satellite for civilian use, was photographed in stunning detail by a French spacecraft that is also designed to snap high-resolution images of Earth, officials with the European Space Agency (ESA) said Frida... Source

Investigation on Envisat continues (April 20)

Optical, radar and laser observations of the Envisat satellite show that it is still in a stable orbit. Efforts to regain contact with the satellite have been under way since 8 April, when it unexpectedly stopped sending data to Earth.
 
To determine if Envisat has entered its ‘safe mode’ – which would be a starting point for revival – the recovery team is drawing on every information source available...  Source

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Researchers Unable to Revive Europe's Envisat (April 23)

Things are not looking good for Europe's flagship Earth observation satellite Envisat. Ground controllers lost contact with the craft on 8 April and so far have been unable to re-establish contact. Envisat, the largest ever civilian Earth observing satellite, carries a battery of sensors for scanning land, sea, and atmosphere, and has been the mainstay of European environmental researchers for the past 10 years.
Following the loss of contact, controllers have aimed a laser at retroreflectors on the craft and found that it is still in a stable orbit and not spinning; that rules out a collision. Images from a ground-based radar show that the craft's own radar antenna and solar array are both intact. On 15 April, the French Space Agency spun round its recently-launched Pleiades Earth observation satellite to point upward and snap an even more detailed picture of Envisat from just 100 kilometers away. This again showed no sign of damage and gave no clues to what is wrong.
The European Space Agency (ESA) had hoped that Envisat would last another couple of years until it launches its next-generation Sentinel satellites, starting next year... Source

SOZT

Why did the giant Evisat satellite fall silent? The satellite has been viewed by other satellites, and no sign of damage from collision, nor a spin (which would also indicate a collision) is apparent. Evisat is unresponsive to all attempts at communication, and all attempts to restart it, a type of rebooting of the computer programs, have failed. When we predicted, early in the ZetaTalk saga, that there would be increasing satellite failure, we alluded to debris in the tail of Planet X but ALSO to the charged nature of the tail and magnetic confusion swamping satellites which use magnets for alignment of their internal mechanisms.

Man is used to relying upon electricity and magnetism, and has built his technology around these particle flows which in the main are stable because the Earth is stable. Then comes Nibiru, aka Planet X, with its immense magnetic field many times stronger than Earth and its vast charged tail. There is no question that Planet X has been interfering with Earth’s magnetic field, as anyone following the Magnetic Simulator as the folks on the Pole Shift ning have been doing can see. What does this do to sensitive satellite mechanisms? Ruined, and unlikely to be recovered, and only just the start of such premature death in satellites.

EOZT

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Comment by Starr DiGiacomo on November 23, 2015 at 2:27am

http://www.satnews.com/story.php?number=364815771

Spacecom's AMOS-5 Goes Dark... Communications + Signals Are All Lost

November 22nd, 2015

[Satnews] Spacecom (Tel Aviv Stock Exchange: SCC), operator of the AMOS satellite fleet, today announced that all communications and signals from the AMOS-5 satellite at the 17 degrees E orbital position have been lost.

The failure occurred early Saturday morning, November 21, 2015. Industry experts described the total loss of contact with the satellite as a highly uncommon event. Spacecom said it had been unable to reestablish contact with the satellite and had not yet isolated the cause of the problem. 


The 2013 launch of Israel's Amos 4 satellite. Credit Israel Aircraft Industries

Spacecom is owned by the Eurocom Group. The announcement comes as Eurocom is in the process of selling Spacecom, which has been valued at 1.1 billion shekels. Eurocom owns 64.5 percent of Spacecom. Amos 5, which brings in annual revenue of some $40 million, has an estimated value of between $160 million and $190 million. It is insured by an international syndicate for $158 million.

“The Company wishes to clarify, based on the preliminary examinations it carried out, that even if there will be a ‘total loss’ (complete failure) of the satellite, this would have a negligible effect on the equity of the company,” Spacecom said in a statement.

"Spacecom is working around the clock, doing the utmost to speed service recovery for its customers. Our service teams are looking for solutions for our customers to enable their broadcast signals and data communications streams to continue with minimal interruption," commented Spacecom CEO and president, David Pollack. Unlike the first four Amos satellites, which were built by the Israel Aerospace Industries, the Amos 5 satellite was built by Russian manufacturer NPO PM.

Launched in 2011,  is in geostationary orbit over Africa. Its coverage extends over Africa, Europe and the Middle East. It is regarded as playing a major role in Africa’s emerging satellite services market.

Comment by Starr DiGiacomo on December 9, 2013 at 9:00pm

http://www.flightglobal.com/blogs/hyperbola/2013/12/zi-yuan-1-3-ima...

Launch failure: Zi Yuan 1-3/CBERS 3 imaging satellite is launched by Long March 4B but it did not enter stable orbit

The Zi Yuan 1-3 Earth imaging satellite, a satellite in the Sino-Brazilian  CBERS (China Brazil Earth Resources Satellite) series and alternatively named CBERS 3,  has been lost on a launch by a Long March 4B launch vehicle flying from the Taiyuan launch site in China.  The launch took place at 0326 GMT om 9 December.   No further details have been released save to note that the 2,100kg satellite did not achieve a stable orbit due to a launch mishap.   The spacecraft appears to have been injected several hundred kilometers below its planned sun-synchronous orbit and quickly re-entered to burn up in the Earth’s atmosphere.

If launch vehicle related, the failure would represent the first ever Long March 4B failure out of 21 orbital launch attempts – a failure rate of 4.8%.  According to the Flightglobal/Ascend SpaceTrak database, the failure rate across all Long March launch vehicles is 7%, falling to 4.1% as the rate for the past five years.

- See more at: http://www.flightglobal.com/blogs/hyperbola/2013/12/zi-yuan-1-3-ima...

Comment by Corey Young on May 23, 2013 at 5:09am

Interesting @Howard...The Nancy and the Zeta's have always said that their would come a time for chronic satellite failure. Zeta's right again!

As a further note, I have a slight suspicion that because this is starting to happen before Hurricane season we are going to see it being used as an excuse for inaccurate hurricane prediction! That is of course if the announcement isn't before then!

Comment by Howard on May 23, 2013 at 4:13am

GOES-13 Fails Again (May 21)

One of NOAA's main weather satellites, GOES-13 (aka GOES-East and GOES-N), experienced problems with its imaging equipment on late Tuesday, May 21 for the second time in one year.

The satellite, one of the most important for meteorologists forecasting weather formations on the eastern part of the United States and the tropical Atlantic Ocean, was temporarily backed by the GOES-15, which covers western U.S. GOES-15 was able to take full-disc images of the Earth but the result was not optimal; the images came back distorted, which would be a significant concern for forecasters and the public going into the Atlantic hurricane season.

NOAA engineers are working on repairing the GOES-13 imager via software updates, but were unsuccessful as of Wednesday midday. The administration is also working on activating the GOES-14 to help cover the eastern part of the country like they did in September 2012 when GOES-13 experienced a similar problem. Officials expect GOES-14 to be available early on Thursday, May 23, 2013.

If NOAA fails to repair GOES-13, there is an important concern on what could happen if GOES-14 were to fail. The options would be very limited, possibly extending to foreign satellite coverage.

GOES-13, the first of three new generation satellites, experienced multiple failed launch attempts during the middle of the last decade. The craft was successfully put into orbit on May 24, 2006, and was designed to be in operation for 10 years.

Sources

http://www.satellitetoday.com/st/curated/NOAAs-GOES-13-Fails-for-th...

http://www.accuweather.com/en/weather-news/american-weather-satelli...

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