UK CanSat 2015 Winner Announced

St Paul's Team Impulse - UK CanSat 2015 Winners - Image Credit ESERO-UK

St Paul’s Team Impulse – UK CanSat 2015 Winners – Image Credit ESERO-UK

ESERO-UK, the UK space education office, based in York, has announced the winner of the UK round of the International CanSat competition .

A CanSat is a student built simulated satellite with all the major subsystems including radio communications on 433/434 MHz and power fitting into a 350 ml soda can.

ESERO-UK organises the annual UK CanSat Competition for teams of secondary school students.

Winner of the Beginners’s category was the CANnoneers, from Tonbridge School in Kent. Runners up include: Spiritus, Putney High School, London; #getjezsrockettospace, from Allestree Woodlands School, Derby; Benenden CANSAT Avengers, from Benenden; Kent and Colossus, from St. Paul’s School, London.

“I highly recommend this wonderful opportunity to anyone who has the chance. Jump on it as it’s a unique opportunity to gain a lot of experience in a unique learning environment and will give a good amount of experience for anyone even considering a career in engineering! I enjoyed the experience and I’m sure the rest of my team did too.” Walter Tso, Outreach Manager and Electronics Assistant, CANnoneers.

Team Impulse, from St Paul’s School in London won the Advanced category of the competition. Runners up include: OSSO , from Oundle School, Northamptonshire; Heathrow Aeronautical Engineers, from Heathrow UTC, Greater London.

Team Impulse, from St Paul’s School in London, were announced overall winners of the 2015 CanSat competition and will go on to compete at the European CanSat Competition in Portugal.

“We are thrilled to be continuing the great British tradition of innovative engineering and are delighted to be representing St Paul’s and the UK at the CanSat final in Portugal.” Team Impulse, St Paul’s School.

Tom Lyons, ESERO Teacher Fellow said: “This year’s completion was a great success with all teams launching and recording data with their CanSats. We’re now looking forward to the 2016 competition and hoping to attract even more teams to get involved.”

Source ESERO-UK http://www.esero.org.uk/news/winner-of-uk-cansat-2015-announced

UK 434 MHz CanSat Competition https://amsat-uk.org/2015/03/13/434-mhz-cansat-competition/

Team Impulse St Paul’s School on Twitter https://twitter.com/TeamImpulseSPS

UK 434 MHz CanSat Competition

CanSat in Flight - Credit Ryan Laird

CanSat in flight – Credit Ryan Laird

On Friday, March 13 eight school teams from across the UK competed in the National CanSat Competition held at the National STEM Centre in York.

CanSat 434 MHz Tracking Antenna - Credit Ryan Laird

CanSat 434 MHz Tracking Antenna – Credit Ryan Laird

The CREST Gold Award accredited competition, now in its second year, involves students building a miniature simulation satellite, known as a CanSat, and launching it from 300 metres above an airfield.

The students had to build their own space experiments, fitting all the major subsystems including radio communications on 433/434 MHz and power into a 350 ml soda can.

They needed to write code to measure temperature, pressure and other chosen parameters on its journey parachuting to the ground. The winners of the competition will go on to the European finals, held in Portugal, in June.

Around 50 students and their teachers took part.

The pictures were taken by the Vice Chair of UKSEDS Ryan Laird @rjmlaird who attended the AMSAT-UK International Space Colloquium in 2007.

UK CanSat http://www.esero.org.uk/cansat

CanSat Electronics - Credit Ryan Laird

CanSat Electronics – Credit Ryan Laird

Video – The CanSat Leader Training Program

CanSats are tiny satellites, built to fit in the same space as a soda-can. UNISEC is running a training program in Japan later this year, to train people on how to build and teach building of these ingenious devices.

Watch The 2nd CanSat Leader Training Program (CLTP2) held in Nihon University

Applications for the 4th CanSat Leader Training Program (CLTP4) http://www.unisec.jp/flash/index-e.html