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CONFIRMS LAUNCH SATELLITE SPAIN PEACE AND TALENT FOR THE 2012 AND 2014

http://www.infodefensa.com/esp/noticias/noticias.asp?cod=2702&n=Espa% F1a -confirms-the-set-in-% F3rbita-of-Peace-and-Ingenio-in-2012-and-2014, "respectively

Madrid 10/01/2010 (Infodefensa.com ) .- The Development Center of Industrial Technology (CDTI) has been confirmed at the third edition of the International Conference on Remote Sensing held in Torrent (Valencia) this week, launching and Peace Ingenio in 2012 and 2014, respectively, the first two satellites will form part of National Earth Observation Satellite (PNOT) .

P az Ingenio and are the first satellite earth observation made in Spain used to identify and catastrophes natural as well as for applications in security missions English Army. Both devices will be managed by the National Institute of Aerospace Technology (INTA), which this summer hosted a Day on "English Observation Satellites" , where industry experts presented a comprehensive and detailed program, exposing the needs of users and the technological solutions the industry can provide

The satellite Peace -in-picture will be financed by the Ministry of Defence and will launch in 2012 . Will weigh 1,200 kilos and will capture 64 images per day even in clouds or in darkness, through a radar five feet long. For its part, Ingenio -bottom-image map is an optical three-meter long, to be launched in 2014, funded by the Ministry of Industry , which will 100 images a day from planet to observe the Earth's global changes. Both satellites, polar orbit, will be located at an altitude of between 400 and 700 kilometers from the Earth's surface.

The project, included in the PNOT, is a significant participation of English industry in the design and construction of satellites and ground-based , and in their operation and the generation of products demanded by users. The program also includes the participation of government as the main user of the products generated.

professor at the University of Valencia, Jose Moreno-in-picture, representing the Ministry of Science and Innovation, said in his speech "the strong commitment of Spain by aerospace sector, which will ensure fast and secure data both our scientists and our military. " And, through this initiative, our country will have more control of environmental hazards and natural resources and can detect, among other things, the rate of plant mass of the peninsula or the areas burned by fire.

"Spain will participate in all international programs of the European Space Agency (ESA) and acting in harmony with their own infrastructures," said Moreno And he added: "I had a large number English scientists working in the field of Remote Sensing and now these researchers will have access to secured data. " Thus, in 2014, Spain will be the first country in the European Union will have a dual system of observation, which operate in complementary and provide real time images of any part of the world, 24 hours a day.

(*) As a summary of the English satellite project, we discuss:

· ; The English government took the important decision to have autonomy in the acquisition of satellite imagery of its territory, and break the dependence on foreign systems, which is exactly what has also been identified recently in Peru.

· are the first satellite earth observation built in Spain, indicating further that will be built in part by them, ie satellites not be built entirely by English, but have a "participation" in the design, construction of some components and if the terrestrial infrastructure.

· It follows that Spain has no personal experience in building satellite earth observation, this being his first direct experience, so a likely offer of a technology transfer program our country would really be "a fantasy" and not a reality ... As you can teach something that you yourself are just learning to do?.

· About Ingenio or SEOSAT optical satellite, it will have a level of detail of 2.5 m mode panchromatic (b / n) and 10 m in multispectral mode (color) and 5 years of life, and taking into account that will be launched in 2014, could say that a sensor will be far outweighed technologically by the Peruvian system to its release date.

· On the cost of the joint, wit and Peace satellites will have a total cost of 325 million Euros (US. 451'M dollars), a project that is very expensive considering the greatly reduced cost of current satellite systems based on mini satellite platforms, which has superior technical performance than the SEOSAT and longer life useful. http://www.insa.org/node/555

(*) The intent of this note is to public knowledge, the advantages and disadvantages of different satellite systems available or under implementation in the world, with the objective of these observations are taken into consideration when evaluating potential suppliers for the purchase of our next system satellite earth observation, in which process we hope to have the best technology possible at the best cost-benefit analysis.

( *) Thanks for its diffusion.

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Alas Peruanas University

Object: Be the 1st satellite of the South Pacific academic

http://www.uapsat.info

Lima, November 6 2010.

UAPSAT , are the abbreviations of the first satellite of the Universidad Alas Peruanas , a nano-satellite will be controlled amateur band (UHF-VHF), and whose interior design more programming is done exclusively by students, supervised by professors of this particular university headquartered in Lima, and 28 branches throughout the country.

Our Mission and Vision: Give students the unique opportunity to train and apply a sum advanced knowledge in Electronics and Systems essential to prepare and control a vehicle in space, an experience that will be a legacy of this house of studies for the whole country , being both a challenge inspire and excite students working alongside their teachers in this company.

As result, there are a number of theses of our students who will relate on various aspects, ranging from the purely technical and scientific management to the business and legal implications of this types of missions that keep highly complex organization.

The project aims to contribute to the development of Science and Technology in Peru, while a strong boost, thanks to the professionals that we are, entering our country to the Space Age.

About Project

The UAPSAT cubic shaped and measures 10x10x10cm per side (excluding antennas), weighs about 1kg. Carries fixed solar cells on each side to feed its batteries whose energy is necessary at every step by the shadow of the Earth minicomputer flight, radio transmitters and receivers, a power control system; magnets stabilize the satellite to align with Earth's magnetic field. Be controlled through a dedicated ground station, including the Banda-S, for future projects and being installed in the laboratories of the PMU.

Its orbit is near circular and LEO at an altitude of 700 kilometers, passing over the poles of the Earth. His speed will allow you to complete one orbit every 90 minutes. The UAPSAT, will be devoted to scientific and educational purposes, an effort that has involved acquiring infrastructure and modern laboratories through a meticulous process of technology transfer, which will allow a development that few universities in the world have reached completion. To date we have developed a 100% first prototype developed by us, until the final flight model.

General Objectives

UAPSAT success is not measured only by the payload and the goal of placing it in space. Our objectives are:

• Show that a group of student volunteers can participate in the electronic design and systems architecture of a satellite, which can later be replicated in larger. Show
• that Peru is able to enter the aerospace career.
• provide its students with the highest performance in engineering and project management experience.
• Contribute an extension to the global digital radio amateurs.

What could make the UAPSATt?

Once in orbit will be controlled by our earth station can be contacted by radio amateurs, which means that the information collected and data files can be downloaded by any amateur radio operator in the world, on which the satellite passes. These same data could be recovered by other operators, either in real time, if the sender and receiver have direct contact with the satellite, or some other time, when the satellite is in a different position in its orbit around of the Earth.

students PMU will be the main operators of the satellite while in orbit, continuing the educational approach throughout the life cycle of the satellite.

(*) are delighted to publish this kind of news in which demonstrates the growing interest of academic institutions and the Peruvian state itself progressively develop an aerospace industry in our country. A well-known academic mini project Chasqui-1 satellite of the National Engineering University, now joins the UAPSAT Alas Peruanas University, this addition to the notice of the impending purchase by the Peruvian government of a satellite earth observation high resolution, and initial discussions have been initiated for a future communications satellite .... Dear Friends, we have many reasons to be proud of our country, we are moving!

(*) Thank you for your broadcast.

Highlights Drak Brown

SATELLITE SATELLITE LAUNCH MINI BICENTENNIAL RELEASE NO DEFINITE DATE

As it is well known, Chile beginning in 2005 the process for implementation of a satellite earth observation, which was eventually acquired in 2007 in the management of President Michelle Bachelet. The satellite is a platform or AstroSat Myriades-100 and was named SSOT (Earth Observation Satellite System). The initial plan was that the satellite was launched on March 2010, coinciding with the anniversary of the independence of Chile, but for sure there is no definite date of release, despite other AstroSat-100 satellite platforms built at the same time as his twin Algeria, the ALSAT-2 satellite, and was successfully launched on July 12, 2010 by a PSLV rocket from the Sriharikota launch base in India.

SSOT The satellite launch will be by the Arianespace company and its new launch system that is currently under construction and uses a Russian Soyuz-ST rocket from Kourou in French Guyana. The first launch of a Soyuz-ST would be for carry into space the European satellite communications HYLAS-1, and the satellite would be launched bicentennial SSOT only tested after a second launch of the Soyuz-ST, but now the HYLAS-1 will no longer be launched with the Soyuz-ST, but will be released on 25 November in the flight V198 Ariane-5 rocket.

The days keep passing and do not have a final release date, that the best would be in June 2011, ie 15 months of delay, and where it goes from obsolescence the bill to the electronics and hardware of the satellite. Here are some notes on the subject.

Chilean satellite SSOT NOT BE IN ORBIT by March 2011

Ignacio Garcia - Intelligence, Defense and Security. October 25, 2010

http://intelligenceservicechile.blogspot.com/2010/10/satelite-chileno-ssot-no-estara-en.html

SSOT The Chilean satellite project awarded by MINDEF to European manufacturer Astrium, at a cost of U.S.. 72'M and should be put into orbit in early March 2010, will not be released before March 2011, informed sources close to Santiago project. The sources said the Chilean government is demanding payment ASTRIUM financial penalties under the contract. It also indicates that payment of these fines do not fade the deep discomfort of the authorities and the bad rating ASTRIUM as a reliable supplier. Whenever the unjustifiable delay in the launching should be simply because the manufacturer, part of EADS, has unilaterally decided to prioritize the launch of satellites ordered by other customers. The situation led the manufacturer will be excluded from future tenders in Chile.

SSOT SATELLITE SPACE TO BE RELEASED OCTOBER

Chile-Hoy. April 25, 2010

www.chile-hoy.blogspot.com/2010/04/satelite-ssot-sera-lanzado-al-espacio.html

The satellite SSOT Chile's government in 2007 the group bought the European consortium EADS Astrium, with a value of U.S.. 72'M, will be launched into orbit between October and November this year, sources said Santiago. According to sources, it is likely that the launch is made from the Baikonur Cosmodrome in Kazakhstan.

OUR BICENTENNIAL SATELLITE WILL NOT BE RELEASED UNTIL 2011

Innovation. June 23, 2011

http://www.innovacion.cl/comunidad/noticia/nuestro-sat% C3% A9lite-of-bicentennial-no-ser% C3% A1-shot-to-2011

The satellite launch Chilean SSOT, it has been delayed to the detriment of the country. France gets in trouble because it built the Bicentennial Commission, which is a milestone. The satellite itself is ready and trained Chilean specialists. But the Russians have not finish building the Soyuz launch base. Would be ready in December 2009, so the launch was delayed until April or May 2010, then October and finally to December. And now said to be in June 2011, but without security.

HYLAS-1 SATELLITE READY TO BE RELEASED FROM THE EUROPEAN SPACE PORT

Astronomic Observatory. October 21, 2010

http://observatori.uv.es/index.php?option=com_content&view=article&id=1410:el-satelite-hylas-1-listo -to-be-released-from-the-port-space-of-europe & catid = 52: noticosmos & Itemid = 74 & lang = en

El satélite de comunicaciones HYLAS-1 ha llegado al puerto espacial de Europa en la Guyana Francesa. Su próximo viaje será al espacio en un lanzador Ariane-5, hacia su órbita a 36,00 kms de altura. El satélite será lanzado el 25 de noviembre a bordo del vuelo Ariane V198, que será el quinto de los seis lanzamientos de Ariane-5 previstos para este año.

(*) Lo sucedido en el proyecto chileno es una experiencia de la que debemos aprender. Como sabemos, un sistema satelital está conformado por el segmento espacial, es decir el satélite, el segmento terrestre conformado por la estación terrena mission control, and complementing this, the training for the operation of space and ground segment and technology transfer, as well as satellite launch. This latter component is vital to the success of the mission, and as we see in the Chilean case, a wrong decision has had an enormous impact on the success of the project, which still has no specific date for the commencement of operations.

(*) Thank you for your broadcast.