Pictures of Spacecraft
After finishing its scientific mission at Venus, Venus Express was commanded to test aerobraking, requiring the spacecraft to descend to an altitude of 130 kilometers, within the upper atmosphere, from June 18 to July 11, 2014.
Visualization of the Venus Express aerobraking maneuver, which will see the spacecraft orbiting Venus at an altitude of around 130 kilometers from June 18 to July 11, 2014. In the month before, the altitude will gradually be reduced from around 200 km to 130 km. If the spacecraft survives and fuel permits, the elevation of the orbit will be raised back up to approximately 450 km, allowing operations to continue for a further few months. Eventually, however, the spacecraft will plunge back into the atmosphere and the mission will end.
Hazcam images document three weeks of work at Windjana, the drill site at the Kimberley, from sols 609 to 629 (April 23 to May 14, 2014). Activity included a "mini-drill" on sol 615 and a full drill -- Curiosity's third -- on sol 621. APXS and MAHLI images of the Windjana drill site and another location named Stephen occurred throughout.
Visualisation of the deployment of the Philae lander from Rosetta at comet 67P/Churyumov-Gerasimenko in November 2014. Rosetta will come to within 2.5 km of the comet’s surface to deploy Philae, which will then take around 2 hours to reach the surface.
Curiosity's arm-mounted MAHLI camera took 75 individual photos in order to cover the entire rover (with mast head in two different positions) as well as the east side of the Kimberley field site and Mount Sharp in the background.
Curiosity captured this view of itself at the Kimberley on sol 613 (April 27, 2014), as it prepared to drill at Windjana.
On sol 613, Curiosity captured a new MAHLI self-portrait at the Kimberley. The self-portrait included images shot with the mast head in two different positions.
The Japan Aerospace Exploration Agency unveils the "Hayabusa-2," an unmanned asteroid explorer, at the JAXA Sagamihara Campus, southwest of Tokyo, on Wednesday, December 26, 2012. Hayabusa 2 is under construction for a planned launch in late 2014.
On sol 601, Curiosity had driven up on top of the "striated unit" and was investigating the "middle unit" at the Kimberley. HiRISE took a photo of the rover from orbit at the same position.
During Rosetta's post-hibernation instrument commissioning phase, the CIVA cameras on the Philae lander were powered on and commanded to take photos. From their position on the lander, they saw sunlight glinting off of edges in Rosetta's two solar panels.
Ralf Vandebergh is an amateur astronomer who specializes in imaging spacecraft. He took several photos of the wayward Phobos-Grunt, stuck in low-Earth orbit.
Left: a part that was not exposed to the sandblasting of Apollo 12’s lunar module, showing the original form of the paint texture. Right: a part that was sandblasted by Apollo 12’s lunar module, showing paint texture that has been crushed and mixed with lunar dust, with a crack propagating across its surface.
Austrian amateur astronomer Gerhard Dangl captured this video of the Curiosity (Mars Science Laboratory) spacecraft departing Earth about 10.5 hours after its November 26 launch. A still image is available from his website.
On the 26th of November 2011, the Mars Science Laboratory was launched from Cape Canaveral. This timelapse sequence shows a plume drifting against the background stars, probably caused by venting from the Centaur rocket after it carried out a burn over the Indian Ocean. This is the fullest set of images available as a timelapse sequence. The original data is the same as the previous two videos, but with extra processing.
This sequence was built from cropped & processed frames (originals: JPEG; 3504x2336, cropped to 1440x1080). The 1080p HD version is therefore scaled 1:1 from the original image files. Exposure details given on image overlay. Observing site: -27.630779,152.966324, altitude 40m approx.
Sir Thomas Brisbane Planetarium colleague Mark Rigby was observing visually, from about 16.15 UT, and assisted with initial analysis of the appearance of the plume. There are more images and discussion of this event on the Planetarium's Facebook page. More info from Duncan Waldron here. (Twitter: @ozalba)
While climbing Murray Ridge, Opportunity enjoyed a major cleaning event that left the rover's solar panels cleaner than they had been in many years, powering the rover up for science.
Our LightSail test mission was successfully completed and our Kickstarter campaign ended June 26th, raising $1.24 million dollars for LightSail's 2016 solar sailing mission! Miss the Kickstarter campaign, but still want to donate? You can!