American Students win international rocket contest fly-off.

Press Release Summary:



Student rocketeers from France, United Kingdom, and United States competed in Third Annual Transatlantic Rocketry Challenge. Four-member team from Penn Manor High School in Millersville, PA posted best score to win the international fly-off. Horsforth School in Leeds, England placed second and French team was unable to launch its rocket. Members of U.S. team include Brendan Stoeckl, Jordan Franssen, Nate Bernhardt, Tyler Funk, and team advisor Brian Osmolinski.



Original Press Release:



American Students Win International Rocket Contest Fly-Off



Penn Manor High School Claims Transatlantic Victory at Farnborough International Airshow

Farnborough, England - Student rocketeers from France, the United Kingdom and the United States competed today in the Third Annual Transatlantic Rocketry Challenge.

The four-member team from Penn Manor High School in Millersville, PA posted the best score to win the international fly-off. Horsforth School in Leeds, England placed second. The French team was unable to launch its rocket due to technical problems.

"We are so excited that we won," said team member Brendan Stoeckl. "We succeeded because of practice, good data analysis and teamwork."

The international rocketry challenge is the culmination of three separate competitions: the Team America Rocketry Challenge (TARC), UKAYRoC and the French Rocketry Challenge. Each contest brings together teams of middle and high school students to design, build and launch model rockets. This year the challenge was to launch a rocket that reaches an altitude of 825 feet, stays aloft for 40-45 seconds and returns a raw egg unbroken. As part of their score, teams also had to give an eight minute presentation on their rocket design to a panel of international judges.

Sponsored by the Aerospace Industries Association and the National Association of Rocketry in the U.S.; ADS, Tri Polus Ltd, Space Connections and the Royal Aeronautical Society in the UK; and GIFAS and Planéte Sciences in France, the programs are designed to encourage students to pursue careers in aerospace.

"Based on today's competition, the future of our industry is looking pretty bright," said Marion Blakey, president and CEO of AIA. "The level of enthusiasm of the participants is phenomenal, and each team deserves congratulations for winning their home competition and inspiring other students."

AIA created the Team America Rocketry Challenge in 2003 to celebrate the centennial of flight and to generate interest in aerospace careers among young people. The success of the program encouraged UK aerospace industry leaders to create the UKAYRoC in 2007 with similar goals in mind. Last year at the 2009 Paris Airshow, France announced they would compete as well in the international rocketry challenge.

The Raytheon Company, which for the last five years has sent the TARC winning team to Airshows at Farnborough and Paris, is sponsoring all three teams as they tour the airshow and London.

Members of the U.S. team from Penn Manor High School are: Brendan Stoeckl, Jordan Franssen, Nate Bernhardt and Tyler Funk. Their team advisor is Brian Osmolinski.

Members of the UK team from Horsforth Secondary School are: Chris Fogden, Jon Lloyd and Nik Shackleton. Their team advisor is Mike Shovlin.

Members of the French team from College Galilee are: Marine Demellier and Nina Bergande. Their team advisor is Diane Delarocque.

More information about TARC, UKAYRoC and the French Rocketry Challenge is available at www.rocketcontest.org, www.ukay-roc.org.uk and www.planete-sciences.org/espace/-Rocketry-Challenge-. High-resolution images and broadcast-quality video are also available upon request.

Founded in 1919, the Aerospace Industries Association represents the nation's leading manufacturers and suppliers of civil, military, and business aircraft, helicopters, unmanned aircraft systems, space systems, aircraft engines, homeland and cybersecurity systems, materiel, related components, equipment services and information technology.

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