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Satellite

The Aeolus mission, named after the Ancient Greek keeper of the winds, will soon be ready ...

The European Space Agency's Aeolus mission, designed to study the world's winds, is on track for a 2016 take-off. Following a troubled development process, the two lasers central to the project are now complete, allowing the team to ramp up testing ahead of launch.  Read More

A concept drawing of LandSat 9, which is scheduled to launch in 2023 (Image: NASA)

For over 40 years, Landsat has quietly but consistently been taking images of the surface of the Earth, amassing an impressive collection of data about our planet. This month, NASA and the U.S. Geological Survey (USGS) announced that the effort would continue to span the generations, by moving forward with the development and planned launch of LandSat 9 in 2023.  Read More

Artist's impression of the Near-Earth Asteroid Scout observing an asteroid (Image: NASA)

NASA is planning to maximize the scientific potential of the maiden launch of its next generation launch vehicle, the Space Launch System, by selecting 11 tiny satellites to ride shotgun. The little probes, known as CubeSats, will be transported in the SLS's upper stage adaptor, presenting a cost-effective delivery option for experiments designed to function beyond low-Earth orbit.  Read More

The latest Galileo satellites were launched on March 27 aboard a Soyuz rocket (Photo: ESA/...

Two new Galileo satellites have been successfully placed in orbit, joining the existing six probes in the constellation that aim to provide a European alternative to GPS and Glonass networks. The operation went off without a hitch – something that can't be said for the troubled assent of the fifth and sixth Galileo satellites.  Read More

Shot of the parabolic net test in action (Photo: ESA)

The ESA has been testing the possibility of using one of mankind's earliest inventions to cope with one of its newest challenges, by testing a concept that would allow satellites to net and de-orbit space debris in a safe and controlled manner. Space debris is an ever-increasing problem, and agencies around the world are starting to take steps to preserve the low-Earth orbit environment vital for a sustainable space industry.  Read More

The technique uses satellite radar imagery to observe ground displacement, giving research...

Researchers from the University of Iowa and United States Geographical Survey (USGS) have developed a method of using satellite and GPS data to characterize earthquake fault lines in real time, helping to deliver aid more accurately and with greater speed than current systems allow.  Read More

The team manually identified buildings, using them as examples to train the software to wo...

A team of MIT scientists has developed software capable of analyzing existing satellite imagery to identify separate structures, significantly speeding up the process of deciding where to apportion aid in rural areas in the developing world. The system will be tested against existing methods on a project in India.  Read More

Proba-2 captured this image at the height of its second encounter with Friday morning's so...

Friday morning bore witness to a stunning solar eclipse, as our Moon traversed the face of our parent star, blocking its light in a beautiful example of the intricate orbits negotiated by the planets and moons that make up our solar system. For those able to secure a pair of protective glasses and be charmed enough to gaze through cloud-free skies, the sight was a spectacular one – a rare meeting of two celestial bodies that have accompanied each of us through every day and night of our lives.  Read More

Proba-2's view of the Australian eclipse in 2014 as taken by the probe's SWAP instrument (...

The ESA is preparing a number of its orbital assets to observe Friday morning's solar eclipse, when the Moon will pass in front of the Sun's disk, blocking the light from our parent star in spectacular fashion. The event will be viewable to most of Europe, however the degree to which the Moon will obscure the Sun will vary depending on location. Viewers in parts of Norway will experience a total eclipse, while those watching from Rome will only see 56 percent of our star's surface covered.  Read More

The two latest Galileo have now been placed on a corrected path (blue) following their rel...

The ESA has successfully corrected the orbit of its sixth Galileo satellite following its launch into an elongated orbit in August 2014. It took 14 maneuvers to reposition the probe, which is designed to form part of a new global navigation system on par with existing GPS and Glonass solutions.  Read More

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