Monday, March 28, 2011

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100% CONFIRMED: DEFENSE MINISTRY ANNOUNCES PURCHASE OF PERU


Lima, March 28, 2011. DEFENSE MINISTRY CONFIRMS THE GREAT NEWS

After the March 26 is published in the official media as the agency Andina and the official gazette "El Peruano", the big news bounced in various national media as El Comercio, La Republica, Peru 21 and RPP, and then be international media also hung from Chile, Spain and Mexico.

On 27 March the news was confirmed at 100% to be posted on the website of the Ministry of Defence finally the current government took the momentous decision to purchase a satellite system Earth observation itself, which as announced, would be implemented meeting the highest standards tecnológicos.El footnote of MINDEF can be seen in detail by clicking on the image in the top of the note.

BACKGROUND TO CONSIDER

It should be noted that according to what is stated in the note, it is a satellite system itself, therefore definitively rule proposed satellite shares, which do not give you any control over the satellite and in practice are actually providing a service of images of a very high cost, and whose proposal was said, was offered by companies English to share the future satellite system SEOSAT or Ingenio, which would come into operation recently in 2014, with a spatial resolution of only 2.5 meters at a cost of 190 million euros. http://www.intelpage.info/satelites-ingenio-y-paz.html

On the other hand it should also comment on how close history, the experience of Brazil, which together with China, recently built the satellite CBERS-2B (China Brazil Earth Satellite resorces) at a cost of U.S.. $ 200 million, with a maximum spatial resolution of 5 m and only had 3 years of life. See details at: http://microsateliteperuano.blogspot.com/2010/07/satelite-brasilero-cbers-2b-dejo-de.html

should also take into account the experience of Chile, which has its satellite ready for launch in February 2010, however due to an inappropriate choice of a new and untried system with the contractor Arianespace launch its satellite built by EADS Astrium SSOT, it takes more than 1 year late and according to various media, indicated that it will be released only in the second half of 2011, where the obsolescence of their components will obviously pass the bill. See details at: http://www.infoespacial.com/?noticia=satelite-ssot-de-chile-un-ano-de-retraso

has also been discussed a lot about a South Korean offer at this point would only comment that this country has developed independently in only 2 Earth observation satellites, and although this is high tech even do not know for sure its operational capacity and would really be a high risk for an alternative country with so little experience in a specialized field. See details at: http://www.globalsecurity.org/space/world/rok/kompsat.htm

For those who at some point have read or followed this blog it is clear that there is every reason to consider the proposal Surrey Satellite UK as the most technically solid , offering unique features such as: immediate access and ownership of a satellite in orbit, the earth station implementation of control mission in Peru, the construction of a satellite of the latest technology by British engineers, a comprehensive technology transfer program including the construction of a satellite by Peruvian engineers and the construction and licensing of satellite exports from Peru , which would position to Peru as aerospace power in the region.
should also be recalled that SSTL is number 1 in the world in technology of mini-satellites, with 34 satellites launched to date, more than 200 years of life in space, in addition to this proposal supported British government and its implementation through an agreement between governments. See details : http://www.sstl.co.uk/

the outstanding role of CONIDA

I can not conclude this note without special recognition to the National Aerospace Research and Development, and in particular its Chief institutional FAP Colonel Enrique Barriga Pasco and his team of collaborators, which act with the utmost professionalism, have developed over 4 years and 7 months all necessary technical studies to reach this point, a process that began with the profile-level study in October 2006, through the appropriate pre-feasibility study feasibility and finally, to achieve the economic viability of the MEF to start this year 2011.

Thus, this final stage of implementation is therefore only of a process, and in no way be taken as a hasty decision, but is rather a corollary of a long technical process carried out brilliantly by CONIDA, which is backed by its inclusion in government plans of 2 candidates the presidency. In this last stage, we hope that the final decision is correct and we can all celebrate the hand with economic development, let's be aerospace power in the region, one more reason to feel proud to be Peruvian.

(*) Thank you for your broadcast.

Saturday, March 26, 2011

How Do You Make A Flower On A Calculator

SATELLITE NEWS CONFIRMED: Peru acquire observation satellite for national security


The Peruvian government, through the Ministry of Defence , will become the owner of a satellite system l to provide timely and adequate information to contribute to national development in the context of contributing to national development and to safeguard national security.

This system will allow satellite imaging to monitor real-time changes occurring in the territory homeland.

contribute to the prevention, identification and mitigation of potential natural disasters that may occur in our country as well as a rapid and efficient for any event.
The acquisition of the satellite system located in Peru among the countries with the most advanced technology in the region in terms of imaging satellites.

With the information obtained by this technology may development opportunities, improve surveillance and homeland security nacional y garantizar el bienestar social.
Esta avanzada herramienta tecnológica será  útil  para la preservación de bosques amazónicos, por ejemplo se podrá percibir cualquier actividad ilegal de tala indiscriminada de árboles.

Asimismo, se logrará monitorear en tiempo real la desglaciación de nevados,  la contaminación de ríos y lagos, la cartografía del territorio nacional, las vías de transporte terrestres,  carreteras, entre otros.
El sistema satelital será un gran aporte a la seguridad y defensa national, as it would contribute to securing our borders, fight against drug trafficking and terrorism and illicit crop monitoring. Andean

official gazette El Peruano:


RPP News:

Peru21:

Terra:
El Mercurio On Line - Chile:

BioChile - Chile:
http://www .biobiochile.cl/2011/03/26/peru-adquirira-satelite-para-contribuir-al-desarrollo-y-seguridad-del-pais.shtml

The Economist Espana:

Reporter - Mexico:
http://www.informador .com.mx/tecnologia/2011/280653/6/peru-comprara-satelite-para-la-defensa-y-desarrollo-del-pais.htm

(*) We thank dissemination

Monday, March 14, 2011

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Sir Martin Sweeting father of the Mini Satellites technology

See video at:

In February this year was held in London on the tenth anniversary of the Disaster Monitoring Constellation, constellation mini multinational observation satellites owned land from different countries and built by the British company Surrey Satellite Technology Limited -SSTL . This innovative concept of mini-satellites, dating back to 1981, when Dr. Martin Sweeting as part of his PhD thesis in Electronic Engineering and Communications at the University of Surrey, built and launched the first micro satellite in the UK.

Professor Martin Sweeting was born in London in 1951, pioneered the concept of building low-cost mini-satellites and high capacity, using existing electronic components, but prepared to operate in extreme conditions of space , thereby achieving lower costs dramatically, having coined the term "Changing Space Economy."

In 1985, after having built and successfully launched 2 micro satellites University of Surrey, formed the company Surrey Satellite Technology Limited, SSTL, which has designed, built and launched 34 satellites to date, including the Disaster Monitoring Constellation (which includes countries like Algeria, China, Nigeria, Turkey, Spain and the UK), currently in final construction phase observation satellite platforms 8 for various countries such as Nigeria, Russia, UK, Canada and Kazakhstan, and 14 satellites European GPS constellation GIOVE commissioned by the European Space Agency, ESA.

With a very particular philosophy for its origins at the University of Surrey and close relationship with the Surrey Space Center, one of the most space research centers in Europe, has managed to develop successfully comprehensive technology transfer programs for 12 countries, among which we can mention Korea, Nigeria, Turkey, South Africa, among others.

In 2004, formed the company SSTL DMC International Imaging (DMCii), which coordinates the operation business data provided by Earth observation satellites that make up this constellation multinational. The DMC is part of the International Charter "Space and Major Disasters", and has provided important information to major disasters like the Tsunami in Asia, Hurricane Katrina, floods in Colombia and the United Kingdom, the earthquake in Sichuan in China, etc.

SSTL now has grown to 360 employees, builds mini geostationary communications satellites, radar, satellite navigation and is working on an upcoming mission to the moon, all these projects at a fraction of the usual cost. His most recent challenge, the construction of a constellation of satellites combined with one hand to cover the ground completely in a day and others with sub-meter monitoring capabilities.

's CEO Sir Martin Sweeting of Surrey Satellite Technology Limited and also Director of the Surrey Space Centre, where leading a team of 60 engineers and doctors who investigate the most advanced technologies and concepts for mini-satellites, has created SSTL commercial real academic synergy. Sir Martin has received numerous awards for his contribution to the development of aerospace technology and in particular for pioneering the concept of mini-satellites, has been knighted by the Queen of England in 2002, 2006 became part of the board of the British Space Agency and the Advisory Committee on Micro gravity, human spaceflight and space exploration United Nations, recently received the Gold Medal of the Royal Institute of Navigation in the UK for the development of the successful GIOVE-A mission, which led to the European Galileo GPS constellation.

This visionary engineer who has made it possible for aerospace technology approaches to developing countries could visit soon, we aware of this exceptional academic event.

(*) Thank you for your broadcast.






Saturday, March 12, 2011

Help For Severe Farsightedness

It envisions satellite early implementation in Peru



was recently published in the Perspectives section of the portal of European Aerospace InfoEspacial issues, an article on Peru.

Read the article at:
http://www.infoespacial.com/?perspectiva=se-avizora-pronta-implementacion-de-satelite-en-peru

Visit and subscribe to the newsletter Infoespacial in:
http://www.infoespacial.com/

(*) Thank you for your disusion