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Artist's concept of the Mars One lander (Image: Lockheed Martin)

The nonprofit Mars One foundation is mainly known for trying to recruit people who really, really want to go to Mars. That redundant "really" is because it's a one-way ticket to the Red Planet for life. But now, Mars One is looking at something a bit less dramatic. On Monday, it was revealed that Lockheed Martin, and Surrey Satellite Technology Ltd (SSTL) have been selected to carry out concept studies for a Mars lander mission in 2018 as a prelude to colonization.  Read More

The STRaND-1 is a smartphone-based nanosat that is set to become the U.K.'s first CubeSat ...

The University of Surrey’s Surrey Space Centre (SSC) and Surrey Satellite Technology Limited (SSTL) are set to launch the world’s first smartphone-based satellite. Built around a Google Nexus One smartphone running on the Android operating system, the STRaND-1 (Surrey Training, Research and Nanosatellite Demonstrator) satellite will also be the U.K.’s first CubeSat to go into space.  Read More

SSTL's STRaND-2 nano-satellite uses Kinect technology for approach and docking

Little satellites grow up to be big satellites. At least, that’s what will happen if Surrey Satellite Technology Limited (SSTL) gets its way. Working in conjunction with the University of Surrey, the UK-based company plans to launch a pair of nano-satellites into orbit equipped with Kinect motion-control sensors that will allow the minisats to seek each other out and dock to form a new, larger satellite. If this technology proves successful, it has the potential to change the way satellites are built, maintained and even disposed of by changing satellites from individual machines into intelligent building blocks.  Read More

GSTB-V2/A in orbit (artist's impression)
 Photo: ESA

November 29, 2007 For the first time a signal from a Galileo satellite - the European alternative to GPS - has been captured after reflection off the ocean surface. The successful experiment carried out by Surrey Satellite Technology Ltd (SSTL) and the University of Surrey demonstrates the potential for determining the weather at sea with remote sensing satellites. The development offers the possibility of deploying a constellation of small satellites to take measurements over the oceans where there are large gaps in forecast knowledge at present. Such a system could be used to provide severe weather warnings to mariners, data for global climate change models and even the potential to detect tsunamis.  Read More

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