The US and EC have reaffirmed their commitment to cooperate with regard to GPS and GALILEO interoperability.

Representatives of the United States and the European Community (EC) meeting October 23 in Washington, D.C., reaffirmed their commitment to the 2004 cooperation agreement on Galileo and GPS in the first plenary session convened under the agreement.

Inside GNSS

See press release The U.S. intends to continue to operate GPS

The Galileo team here at SSTL have been presented with an award by the European Space Agency (ESA) that acknowledges the successful GIOVE A mission and its outstanding contribution to the success of the Galileo programme. The award was presented by Didier Faivre of ESA’s Galileo Directorate to Elizabeth Rooney of SSTL at an event held at the European Space Technology Centre (ESTEC) in Noordwijk, The Netherlands, on 13th October 2008.

SSTL was contracted into ESA’s Galileo programme in 2003, when it began building the first GIOVE test bed satellite as part of the Galileo In Orbit Validation Element (GIOVE) of Galileo. The satellite was rapidly built and launched before the end of 2005. Since then the company has been actively involved with the in-orbit testing of GIOVE-A and, more recently, GIOVE B, launched in April 2008.

Last month, SSTL together with its German partner OHB-System was downselected by ESA and the European Commission (EC) as one of two potential suppliers of satellites to the Galileo operational system to be deployed by 2013.

SSTL’s Commercial Director, John Paffett said:

The GIOVE programme clearly demonstrated the benefits of dual-source supply, SSTL's GIOVE-A was designed, built and tested in a rapid 28 month schedule which allowed Europe to claim the ITU frequency filing. Without GIOVE-A, ESA would have lost the rights to the entire Galileo system. Dual source supply is also important in ensuring that the operational Galileo system is available as soon as possible and at the lowest final cost to the taxpayer. The long term benefit of a competitive supply base for Galileo satellites should not be underestimated.

Paffett also believes that market forces will also give Galileo the required boost to develop satellite navigation equipment:

Galileo has a lot to offer the satellite navigation marketplace, whether it’s landing planes or simply providing reliable navigation in the mountains. The possibilities are endless but it won’t happen until the equipment manufacturers see a working constellation in space. The sooner this happens, the better.

For those who were not able to attend the Space Experiment Competition award ceremony during the IAC in Glasgow last week, the International Astronatical Federation (IAF) has posted a video recording on their IAC 2008 web page.

Altenatively, use the video player below to tune in to Rex Hall (BIS), Ian Gibson (BNSC), Soyeon Yi (Korean Astronaut), Sir Martin Sweeting (SSTL), Stuart Eves (SSTL), Dr June Scobee Rodgers (writer and educator) and last but not least the students who took part below!



Sir Martin discusses his personal support and commitment to getting youngsters interested in space, having sparked his interest in space through amateur radio activities.

Dr. Ian Gibson, BNSC highlights the importance of space to the UK in 3 words: economy, challenge, understanding.

See Shrewsbury school's moment of triumph around 33 minutes in.

Congratulations to the team from Shrewsbury School who have won the Space Experiment Competition with their proposal for an ionospheric scintillation experiment called POISE. The team beat off competition from 5 other teams of schoolchildren in the UK to develop their experiment with SSTL and fly their entry a small satellite that will be launched by SSTL in 2010.

Shrewsbury School, in Shropshire, beat five other groups from around the UK in the final stage of the competition which was announced at an awards ceremony at the International Astronautical Congress in Glasgow (IAC) today (Friday 3 October).

The competition, launched earlier this year, challenged teams of 14 – 19 year olds to design and build a small, compact satellite instrument. The POISE experiment is expected to measure variations in the ionosphere, which can affect the accuracy and safety of satellite navigation systems, and might also help to provide indications of impending earthquakes.

The POISE team had to overcome significant challenges to design their experiment within the tight constraints of the competition. Their instrument could be no larger than the size of a lunch box, weigh no more than one kilogram and operate on less than one Watt of power.

Ian Pearson, the Minister for Science and Innovation was impressed with the results.

We have some fantastically creative and talented young people in the country. It’s staggering to see the effort and imagination that has been generated by this competition.

The competition has been sponsored by the British National Space Centre (BNSC), a cross-Government organisation that co-ordinates civil space activities in the UK.

Professor Sir Martin Sweeting, founder of SSTL, emphasised the educational potential of the mission:

SSTL was founded by the University of Surrey and we have always had very strong links with academia, so we’re delighted to extend this opportunity to UK schools. I hope that the experiment will encourage more of our young people to take up careers in science and engineering.

Dr David Williams, Director General of BNSC

The UK has a fantastic capability in the space arena and ambitious plans for exciting programmes such as the lunar exploration mission, MoonLITE. We hope this competition will help to inspire the next generation of space scientists who will make those plans a reality.

The judging panel included Professor Colin Pillinger and Keith Mans, the Chief Executive of the Royal Aeronautical Society.

The winning team was announced at IAC by South Korea's first astronaut, Soyeon Yi. She recently returned from a trip to the International Space Station, having been chosen from about 36,000 applicants for the mission.