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Lunar XPRIZE competitors have been given a little breathing room, with the deadline moved ...

Teams competing for the Google Lunar XPrize have been given some significant leeway to develop their projects, with the final deadline now pushed back to 2016. According to the competition’s judges, there’s been significant progress towards completing the lofty goal, with US$6 million in funding to be awarded in January 2015.  Read More

The SpaceLife Jacket is designed to pay tribute to the classic spacesuits of yesteryear

Almost everybody will, at some point, have harbored a desire to travel into outer space. But it's unlikely any of us will achieve this goal, unless and until Elon Musk or Richard Branson deliver on their promises to make space travel much simpler and more affordable. Still, if you can't actually make it out of Earth's atmosphere, you can at least buy the T-shirt. Or, more accurately, an approximation of the jacket worn by astronauts.  Read More

Dione as mapped by the Cassini spacecraft (Image: NASA/JPL/SSI/LPI)

NASA has released global maps of six of the Saturnian moons. The system has been under the intense examination of the Cassini-Huygens mission for the past decade, and the completion of the global maps represents the end of one of the legendary spacecraft's key mission objectives. Almost all of the maps are whole, though there are currently parts of Iapetus unfinished, as well as a region of the north pole of Enceladus set to be filled in some time next year.  Read More

The lunar lifter and ramps for small rovers deployed at the docking port of the proposed l...

Launching deep space probes is great, but to really explore space and unlock its secrets, it sure would be helpful if getting there were as easy as pressing a button. That's the vision of Liftport, which Gizmag first reported on back in 2012. Now, more than two years after Liftport raised over US$100,000 on Kickstarter, the team is sharing its progress towards creating an elevator from Earth to space, a journey that – interestingly enough – begins on the Moon.  Read More

The Andy Rover is designed to explore rough lunar terrain ( Photo: CMU)

Carnegie Mellon University has unveiled Andy, a four-wheeled unmanned rover designed to explore the rough terrain and recently discovered pits of the Moon. Developed in cooperation with Pittsburgh's Astrobotic Technology, the solar powered robot is CMU's entry for the US$20 million-plus Google Lunar XPrize, and may one day help pave the way toward permanent outposts on the Moon.  Read More

Rendering of Lunar Mission One lander

Another private space exploration venture is under way with the British-led Lunar Mission One announcing plans to send an unmanned robotic landing module to the South Pole of the Moon. Initially funded by a Kickstarter campaign, the non-profit organization hopes to drill ten times deeper into the lunar surface than has ever previously been attempted and use the borehole to store a giant digital time capsule of human knowledge.  Read More

Artist's impression of Foster + Partners' concept of a partially 3D-printed moonbase (Imag...

The European Space Agency (ESA) is currently exploring the possibility of establishing a permanent lunar base with the aid of 3D printing technology. The space agency and Foster + Partners, the London-based architecture firm that worked closely with the agency in the exploration of the project, have released a video outlining how they envision a future mission to construct a moonbase may unfold.  Read More

Artist's concept of the rifts that created the Ocean of Storms (image: NASA/Colorado Schoo...

Where did the Man in the Moon come from? It sounds like a nursery school riddle, but it’s actually a very serious question about the history of our satellite. A major part of the "Man" is the lunar mare or sea called the Oceanus Procellarum or Ocean of Storms; the origin of which has been a matter of scientific speculation for centuries. Now NASA claims that the answer has been found by the Gravity Recovery and Interior Laboratory (GRAIL) orbiter mission, which ended with a controlled impact on the Moon in 2012.  Read More

The SKA array will detect UHE cosmic rays as they strike the lunar surface (Image: SKA Pro...

What is the Moon good for? Aside from inspiring poets, helping you see at night, and giving Neil Armstrong some place for a stroll, what can you do with it? If you ask scientists at the University of Southampton, they’ll tell you that it makes a cracking particle detector. With the help of the Square Kilometre Array (SKA) radio telescope, the team hopes to use the mass of the satellite to detect the most energetic particles known; Ultra-High-Energy (UHE) cosmic rays.  Read More

The new method will attempt to find traces of a tell-tale radio signal, known as an Io-con...

A new technique pioneered by a team of scientists from the University of Texas, Arlington, may hold the key to detecting moons orbiting distant exoplanets, a feat which is currently beyond the grasp of modern astronomy. Such a technique would afford scientists a greater opportunity of discovering a planetary body capable of sustaining life.  Read More

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