YES2 student payload released from Foton-M3

Sep 25, 2007

The Second Young Engineers’ Satellite (YES2) was activated and separated from the Foton-M3 spacecraft earlier today. The tether deployed for 8.5 km, after which the Fotino capsule was released on its way to Earth.

“We are very proud of the students' work, although we didn’t reach the full 30 km deployment” said Roger Walker, YES2 project manager for ESA’s Education Office. “The hard work of the YES2 team over the past five years has paid off with this largely successful demonstration.”
The innovative, hands-on, student mission aimed to demonstrate how a tether can be used to deliver small payloads to Earth without the use of complex, expensive attitude control systems or rocket engines.

The Fotino capsule was due to be deployed on a 30 km long tether in space, the longest ever. As the tether deployed slower than planned, it reached a length of 8.5 km before a preprogrammed command cut Fotino loose from the spacecraft.

The orbit of the Fotino is currently being assessed to understand when and where the capsule will return to Earth on its parachute.

YES2 was one of the ESA-provided payloads on board the Foton-M3 orbital mission. The Foton spacecraft and the piggybacking YES2 payload were launched by a Soyuz rocket from Baikonur, Kazakhstan on 14 September. The YES2 experiment was installed on top of the battery pack of the Foton-M3 spacecraft.

Source: European Space Agency

Explore further: Collaboration aims to reduce, treat vision problems in astronauts

add to favorites email to friend print save as pdf

Related Stories

Study shows social welfare may fall in a more ethical market

48 minutes ago

For "credence services" such as auto-repair, healthcare, and legal services, the benefit to the customers for the service is difficult to assess before and even after the service. A new study in a journal of the Institute ...

Recommended for you

Light of life

8 hours ago

A fluorescent microscopic view of cells from a type of bone cancer, being studied for a future trip to deep space – aiming to sharpen our understanding of the hazardous radiation prevailing out there.

Local model better describes lunar gravity

14 hours ago

Two satellites orbiting the Moon as a part of NASA's Gravity Recovery and Interior Laboratory (GRAIL) mission have been mapping its inner structure by measuring subtle shifts in the pull of gravity on the ...

User comments : 0