Houston, apparently, we do NOT have a problem.
InfoWars conspiracy theorist host Alex Jones had a guest on Thursday to discuss how kidnapped children have been sent on a two-decade mission to space.
Well, NASA has responded and publicly denied the theory that they have a child slave colony on Mars.
“We actually believe that there is a colony on Mars that is populated by children who were kidnapped and sent into space on a 20-year ride,” said Steele. “So, that once they get to Mars they have no alternative but to be slaves on the Mars colony.”
Jones responds to his guest, “Look, I know that 90 percent of the NASA missions are secret and I’ve been told by high-level NASA engineers that you have no idea. There is so much stuff going on.” … (read more)
Source: Houston Chronicle
Martian Slave Babies: Alex Jones Airs Theory On Kidnapped Children Raised On Mars
Alex Jones has been repeatedly accused of running false stories on his InfoWars program. However, this week one guest caused jaws to drop and prompted a NASA spokesman to deny that it has kidnapped children and worked them as slaves on a Mars colony. Of course, that is exactly what National Aeronautics and Slaves Administration (NASA) would say if it was kidnapping children and working them slaves on a Mars colony.
The Mars Slave Baby story was broken by Robert David Steele who declared: “We actually believe that there is a colony on Mars that is populated by children who were kidnapped and sent into space on a 20-year ride. So that once they get to Mars they have no alternative but to be slaves on the Mars colony.” Adding to the chilling aspects of this colony is that these children could travel for 20 years to Mars and still be children. Read the rest of this entry »
National Geographic is releasing “Mars,” a six-part series that follows a dramatized mission to Mars while real scientists and thinkers discuss the challenges of such a journey.
NASA’s Curiosity rover has just found something truly surreal on Mars – a black, shiny object which looks like an alien egg.
The object is actually a metallic meteorite – but that (of course) hasn’t stopped UFO sites from suggesting that the thing might actually hatch.
“Iron meteorites provide records of many different asteroids that broke up, with fragments of their cores ending up on Earth and on Mars.”
Mystery Vault says that the find raises, ‘hopes of finding life on Mars’.
It doesn’t of course – but what NASA scientists call the ‘Egg Rock’ is interesting nonetheless.
Scientists of the Mars Science Laboratory project, which operates the rover, first noticed the odd-looking rock in images taken by Curiosity’s Mast Camera (Mastcam) at at a site the rover reached by an Oct. 27 drive.
‘The dark, smooth and lustrous aspect of this target, and its sort of spherical shape attracted the attention of some MSL scientists when we received the Mastcam images at the new location,’ said ChemCam team member Pierre-Yves Meslin.
ChemCam found iron, nickel and phosphorus, plus lesser ingredients, in concentrations still being determined through analysis of the spectrum of light produced from dozens of laser pulses at nine spots on the object. Read the rest of this entry »
A TV documentary set to premier today (July 20) will tell the incredible story of the first moon landing, which took place 47 years ago today.
The documentary, called “Go: The Great Race,” will air four times today on the Decades TV Network, as a special episode of the show “Through the Decades.” A trailer for the documentary leads off with footage from President John F. Kennedy delivering his famous 1961 speech that called for the U.S. to put a man on the moon and return him safely by the end of the decade.
“He had no reason to believe that we could even come close to doing something like that,” says one of the documentary’s interviewees (supposedly someone who worked on the Apollo, referring to Kennedy’s challenge. Read the rest of this entry »
CBS INFO: On July 16, 1969, Apollo 11 blasted off on a mission to put man on the moon. That dream came true on July 20, 1969, when Neil Armstrong took “one small step for man, one giant leap for mankind.”
Forty-five years after Armstrong, Buzz Aldrin and Michael Collins made history, CBS News is celebrating their achievement.
Each day through July 20, CBSNews.com will post videos showcasing archival footage of the coverage of the monumental mission and interviews with the astronauts and others reflecting on their great accomplishment.
Buzz Aldrin launches social media campaign to mark moon landing anniversary
Cronkite marveled at how throngs of people stopped in their tracks to watch the liftoff.
“It seemed that the whole world stopped as man set out on the adventure to escape from his own planet and to set foot on a distant one,” he said. Read the rest of this entry »
Startup Proposes to Land Payload of Scientific Gear on Lunar Surface Some Time Next Year.
The government’s endorsement would eliminate the largest regulatory obstacle to plans by Moon Express, a relatively obscure space startup, to land a roughly 20-pound package of scientific hardware on the Moon sometime next year. It also would provide the biggest federal boost yet for unmanned commercial space exploration and, potentially, the first in an array of for-profit ventures throughout the solar system.
The expected decision, said the people familiar with the details, is expected to set important legal and diplomatic precedents for how Washington will ensure such nongovernmental projects comply with longstanding international space treaties. The principles are likely to apply to future spacecraft whose potential purposes range from mining asteroids to tracking space debris.
Approval of a formal launch license for the second half of 2017 is still months away, and the proposed mission poses huge technical hurdles for California-based Moon Express, including the fact that the rocket it wants to use hasn’t yet flown.
But the project’s proponents have considered federal clearance of the suitcase-size MX-1 lander and its payload as well as approval of a planned two-week operation on the Moon itself to pose the most significant legal challenges to the mission.
After months of lobbying by Moon Express officials and high-level deliberations among various federal agencies led by the White House science office, the people familiar with the matter said, the company appears close to obtaining what it has called “mission approval.” Until recently, Moon Express faced a regulatory Catch-22 because there was no template for getting Washington’s blessing for what it proposed.
Official action coordinated through the Federal Aviation Administration, which regulates U.S. rocket launches and is responsible for traditional payload reviews, could come as soon as the next few weeks, these people said. Read the rest of this entry »
Emily Calandrelli reports: Less than a month after their last successful mission, SpaceX is back at it again. Falcon 9 is scheduled to launch from Cape Canaveral, Florida at 5:40pm EST tomorrow with telecommunications satellite Thaicom 8 on board.
What’s truly notable is that tomorrow’s launch will be the fifth one for SpaceX this year, demonstrating an increased launch frequency compared to last year.
In 2015, SpaceX conducted a total of six successful Falcon 9 launches, putting their launch frequency at about one launch every other month. So far this year, they’ve doubled that frequency with nearly one launch per month.
In March, President of SpaceX, Gwynne Shotwell, stated that the company actually plans to launch a total of 18 times in 2016, which would triple the number of successful launches compared to 2015. She also said that they plan to increase that launch rate even further the following year with 24 hopeful launches in 2017.
The expected increase would be remarkable considering there were only 82 recorded successful orbital launches in the entire world last year. This number was down from 2014, which saw 90 successful orbital launches – the highest number of annual launches in two decades.
With more Falcon 9 launches comes more rocket recovery attempts, and tomorrow’s mission will be no exception.
After the launch, SpaceX will make another attempted recovery of the first stage of their rocket on a drone ship out at sea.
A land-based recovery was ruled out for this mission because Thaicom 8 needs to be inserted into geostationary orbit (GEO: an altitude of above 22,000 miles), which means the mission will require higher speeds and more fuel and wouldn’t be able to navigate back to land.
CAPE CANAVERAL, FL—Expressing their excitement to share the historic item with visitors, Kennedy Space Center officials confirmed Thursday that the suit worn by Buzz Aldrin on February 24, 2015 when he lobbied the Senate to increase NASA funding was now on display for public viewing. “We are honored to add to our collection the actual jacket and trousers Dr. Aldrin wore that fateful day when he stepped out into room 253 of the Russell Senate Office Building and uttered the immortal words ‘I wish to thank the committee for the opportunity to speak with you about the future of American human spaceflight,’” the facility’s associate director, Kelvin Manning, said of the charcoal single-breasted suit, which was displayed together with the crisp button-down shirt, mission patch–patterned tie, and various lapel pins the former astronaut donned as he made the case for expanding the U.S. space program through strategic investments…(more)
Charles Krauthammer writes: Fractured and divided as we are, on one thing we can agree: 2015 was a miserable year. The only cheer was provided by Lincoln Chafee and the Pluto flyby (two separate phenomena), as well as one seminal aeronautical breakthrough.
On Dec. 21, Elon Musk’s SpaceX, after launching 11 satellites into orbit, returned its 15-story booster rocket, upright and intact, to a landing pad at Cape Canaveral. That’s a $60 million mountain of machinery — recovered. (The traditional booster rocket either burns up or disappears into some ocean.)
The reusable rocket has arrived. Arguably, it arrived a month earlier when Blue Origin, a privately owned outfit created by Jeffrey P. Bezos (Amazon chief executive and owner of this newspaper) launched and landed its own booster rocket, albeit for a suborbital flight. But whether you attribute priority to Musk or Bezos, the two events together mark the inauguration of a new era in spaceflight.
Musk predicts that the reusable rocket will reduce the cost of accessing space a hundredfold. This depends, of course, on whether the wear and tear and stresses of the launch make the refurbishing prohibitively expensive. Assuming it’s not, and assuming Musk is even 10 percent right, reusability revolutionizes the economics of spaceflight.
Which both democratizes and commercializes it. Which means space travel has now slipped the surly bonds of government — presidents, Congress, NASA bureaucracies. Its future will now be driven far more by a competitive marketplace with its multiplicity of independent actors, including deeply motivated, financially savvy and visionary entrepreneurs. Read the rest of this entry »
We take a brief look at the history of the spacesuit as NASA engineers work on the next generation of spacesuits for future Martian astronauts.
Liquid water runs down canyons and crater walls over the summer months on Mars, according to researchers who say the discovery raises the chances of being home to some form of life.
The trickles leave long, dark stains on the Martian terrain that can reach hundreds of metres downhill in the warmer months, before they dry up in the autumn as surface temperatures drop.
“The mystery has been, what is permitting this flow? Presumably water, but until now, there has been no spectral signature. From this, we conclude that the RSL are generated by water interacting with percholorates, forming a brine that flows downhill.”
Images taken from the Mars orbit show cliffs, and the steep walls of valleys and craters, streaked with summertime flows that in the most active spots combine to form intricate fan-like patterns.
Scientists are unsure where the water comes from, but it may rise up from underground ice or salty aquifers, or condense out of the thin Martian atmosphere.
“There is liquid water today on the surface of Mars,” Michael Meyer, the lead scientist on Nasa’s Mars exploration programme, told the Guardian. “Because of this, we suspect that it is at least possible to have a habitable environment today.”
The water flows could point Nasa and other space agencies towards the most promising sites to find life on Mars, and to landing spots for future human missions where water can be collected from a natural supply.
Some of the earliest missions to Mars revealed a planet with a watery past. Pictures beamed back to Earth in the 1970s showed a surface crossed by dried-up rivers and plains once submerged beneath vast ancient lakes. Earlier this year, Nasa unveiled evidence of an ocean that might have covered half of the planet’s northern hemisphere in the distant past.
But occasionally, Mars probes have found hints that the planet might still be wet. Nearly a decade ago, Nasa’s Mars Global Surveyor took pictures of what appeared to be water bursting through a gully wall and flowing around boulders and other rocky debris. In 2011, the high-resolution camera on Nasa’s Mars Reconnaissance Orbiter captured what looked like little streams flowing down crater walls from late spring to early autumn. Not wanting to assume too much, mission scientists named the flows “recurring slope lineae” or RSL.
Researchers have now turned to another instrument on board the Mars Reconnaissance Orbiter to analyse the chemistry of the mysterious RSL flows. Lujendra Ojha, of Georgia Institute of Technology in Atlanta, and his colleagues used a spectrometer on the MRO to look at infrared light reflected off steep rocky walls when the dark streaks had just begun to appear, and when they had grown to full length at the end of the Martian summer. Read the rest of this entry »
An anthology of science fiction/fantasy stories told in the form of fictional kickstarter crowdfunding pitches, using the components (and restrictions) of the format to tell the story. (There is a link to a preview on the Humble page).
I got this bundle recently. This book is original and inspiring (if you have an imaginative mind). Interesting to see how these imaginary kickstarter pitches, with a description, goals and comments, suggest a story. Some titles: The Spirit of Mars: Fund a Sacred Journey to the Red Planet, Catassassins!, A Practical Mechanism for Overcoming the Directionality of Temporal Flow, Life-Sized Arena Tetris! Prima Nocta Detective Agency Needs You, and many more. Read the rest of this entry »
For Space.com, Elizabeth Howell writes: A Swedish university student has created a design for an “International Flag of Planet Earth” that could be planted on alien worlds during future human exploration missions.
“The scientific study of flags is called vexillology, and the practice of designing flags is called vexillography. Both of these are an outcome of heraldry. In these practices there are different unofficial design rules/customs, about colors, placement, proportions, typography and aestethics in general. This proposal is accurate according to the regulations regarding flags.”
The student project, which Oskar Pernefeldt undertook for a bachelor’s degree in fine arts at Beckmans College of Design in Stockholm, features several interlocked white circles on a blue background. (See more views of the International Flag of Planet Earth.)The flag is intended to remind people that we all share planet Earth, regardless of nationality, Pernefeldt said.
“Current expeditions in outer space use different national flags depending on which country is funding the voyage. The space travelers, however, are more than just representatives of their own countries. They are representatives of planet Earth,” Pernefeldt wrote on his project’s website.
And international cooperation will likely be a big part of any future human missions to Mars and other farflung destinations, not least because of the high costs associated with such an undertaking, exploration advocates say. Read the rest of this entry »
Cosmic rays could leave travelers to Mars confused, forgetful and slow to react
“These sorts of cognitive changes could manifest during the mission and could be a real problem.”
In a NASA-funded study of radiation-exposed mice published Friday in Science Advances, researchers at the University of California, Irvine and the University of Nevada warned that prolonged bombardment by charged particles in deep space could affect the brain cells involved in decision-making and memory, with implications for possible manned forays into deep space.
“I don’t think our findings preclude future space missions. But they suggest we need to come up with some engineering solutions.”
— UC Irvine radiation oncologist Charles Limoli
“These sorts of cognitive changes could manifest during the mission and could be a real problem,” said Cary Zeitlin at the Southwest Research Institute in San Antonio, who wasn’t involved in the study. In 2013, Dr. Zeitlin reported radiation levels between Earth and Mars detected by the Mars Science Laboratory craft during its cruise to the red planet, and found that the exposure was the equivalent of getting “a whole-body CT scan once every 5 or 6 days.”
“Apollo crews, who ventured furthest from Earth’s protective shield on their journeys to the Moon, reported seeing flashes of light when they closed their eyes, caused by galactic cosmic rays speeding through their retinas.”
Deep-space radiation is a unique mix of gamma rays, high-energy protons and cosmic rays from newborn black holes, and radiation from exploding stars. Earth’s bulk, atmosphere and magnetic field blocks or deflects most deep-space cosmic rays. Shielding on spacecraft also helps. Read the rest of this entry »
Curiosity’s handlers sent no commands to the rover for most of April, because Mars was on the opposite side of the sun from Earth at the time. But this planetary alignment, known as a Mars solar conjunction, is now over, and the mission team is planning to drill into a Red Planet rock soon and then send Curiosity off on an epic, miles-long trek to the base of a huge and mysterious mountain.
“A couple of weeks to move to the site and drill, and then the experiments themselves can take also a couple of weeks — that’s about the time scale we’re looking at,” said Curiosity deputy project scientist Ashwin Vasavada, of NASA’s Jet Propulsion Laboratory in Pasadena, Calif. “And then we’d hopefully get going.”
He stressed, however, that this timeframe could shift depending on how the drilling operation goes, and what Curiosity discovers.
Curiosity healthy after ‘spring break’
The Curiosity rover wasn’t idle during conjunction. It continued monitoring Martian weather and radiation and perfomed some relatively simple science work using commands sent up in advance, Vasavada said.
“That all went fine — it kind of executed flawlessly a long set of preplanned activities,” he told SPACE.com. “We had never planned 30 days at once [before], so that was a relief.”
But things have picked up since mission controllers got back in touch with Curiosity late last week. They’ve already uploaded a minor software update to the rover, which emerged from conjunction in fine health, Vasavada said.
Curiosity continues to operate on its backup, or B-side, computer, which it switched to after a glitch knocked out its primary computer (or A-side) in late February.
The rover team has still not fully figured out what happened to the A-side, but engineers have made significant troubleshooting progress. For example, Curiosity would have been OK if an issue during conjunction had forced the rover to swap back over to the A-side computer, Vasavada said.
Drilling another hole
The rover team has already checked off this primary goal, announcing in March that a spot dubbed Yellowknife Bay was indeed habitable billions of years ago. Scientists reached this conclusion after studying Curiosity’s analyses of material pulled from a 2.5-inch-deep (6.4 centimeters) hole the rover drilled into a Red Planet outcrop.
Now that conjunction’s over, the mission team wants to drill another hole in a nearby rock, to confirm and perhaps extend the exciting results gleaned from the first drilling activity.
“Probably in the next week or two, we will slightly move the rover to a new location, which the science team is actively choosing right now,” Vasavada said. “Primarily, it will be to duplicate the results from the first hole, because they were so exciting and, in some cases, unexpected that the people who run the experiments just want to make sure it’s really correct before writing all the papers up.” Read the rest of this entry »
The Ark of Mars by Frank Kelly Freas
The United Launch Alliance Delta IV Heavy rocket with NASA’s Orion spacecraft mounted atop, lifts off from Cape Canaveral Air Force Station’s Space Launch Complex 37 at at 7:05 a.m. EST, Friday, Dec. 5, 2014, in Florida. The Orion spacecraft will orbit Earth twice, reaching an altitude of approximately 3,600 miles above Earth before landing in the Pacific Ocean. No one is aboard Orion for this flight test, but the spacecraft is designed to allow us to journey to destinations never before visited by humans, including an asteroid and Mars.
At 7:05 a.m. Eastern time on Thursday, December 4, an unmanned, unpressurized version of NASA’s Orion crew capsule will lift off from Cape Canaveral for its first test flight, called Exploration Flight Test-1. This will mark the debut of the first new NASA spacecraft meant to fly astronauts since the Space Shuttle took flight in the early 1980s. And while this first flight will be unmanned, it will see a crew capsule travel farther from the planet’s surface than any manned vehicle design has gone since the Apollo moon mission…(read more)
And it was their first attempt — beating the less than 50% success rate of all Mars missions to date. Read all about it here.
What is red, is a planet and is the focus of my orbit? pic.twitter.com/HDRWjOcPus
— ISRO’s Mars Orbiter (@MarsOrbiter) September 24, 2014
— NASA (@NASA) September 24, 2014
— NASA (@NASA) August 22, 2014
From a great tumblr site, spaceexp: This chart provides a comparison of the distances driven by various wheeled vehicles on the surface of Mars and Earth’s moon. Of the vehicles shown, NASA’s Mars rovers Opportunity and Curiosity are still active and the totals listed are distances driven as of July 28, 2014. Read the rest of this entry »
For The Independent, James Vincent writes: Sovereignty in outer space is always a tricky subject, but out of all the lifeless rocks in the solar system it’s safe to say that Mars is more American than most. It may not have a US flag crumpled in mid-wave on the surface, but every robot that’s ever crawled successfully on the planet’s surface has been made in the US. Not for much longer.
Last week China announced that it was planning send a rover to Mars by 2020 and bring back samples from the Red Planet just 10 years later. Ouyang Ziyuan, the Chinese scientist who oversaw the country’s successful Moon rover mission in December last year, said that this would be just the first step in the country’s plans to explore the solar system – with further plans involving sending probes to the Sun.
The US aerospace industry may be having something of a minor boom at the moment as private companies such as Elon Musk’s SpaceX celebrate engineering successes, but America still can’t match China’s budget nor its concentration of political will.
Scott Pace, a former Nasa administrator and director of the Space Policy Insitute at George Washington University, told The Independent that China’s plans were “ambitious but not impossible,” adding that despite their success on the Moon, Mars is “much, much more difficult to reach and operate on than the Moon”.
Of the seven rovers that have been sent to Mars only the four US missions have been successful. A pair of Soviet rovers sent in 1971 failed to stay in touch with Earth for longer than 20 seconds and in 2003 the Beagle 2’s ‘Planetary Undersurface Tool’ (only a ‘rover’ in the most generous of terms) failed to even make it to the surface. Read the rest of this entry »
The Yomiuri Shimbun: The science and technology ministry will pursue manned Japanese exploration of Mars through international cooperation as part of the nation’s space program, ministry sources said.
It is the first time the government has incorporated Martian exploration into the country’s space program, according to the Education, Culture, Sports, Science and Technology Ministry.
The plan was submitted to a panel of experts run by the ministry to discuss space program-related issues, including international space exploration following the end of the International Space Station operation. It will be finalized as early as next month and reported to the government’s Committee on the National Space Policy.
According to the ministry draft, the government will gradually advance the plan, which includes unmanned exploration and long-term settlement on the moon. Read the rest of this entry »
Caked in red silt, NASA’s Curiosity rover looks like it’s been trekking through a Martian dust storm in this latest interactive panorama. But nothing can tarnish the joy of seeing this incredible machine hard at work on another planet.
The dust-covered robot is currently preparing for its third drilling operation on Mars, at a site nicknamed the Kimberley. In recent days, engineers have inspected and scrubbed the dust from a spot on a rock they named “Windjana,” after a gorge in Western Australia. (Too bad the rover can’t turn its wire bristle dust removal tool on itself.) Curiosity has already done preparatory drill work and will soon sample some of Windjana’s interior. The rover will run this sample through a series of tests to give scientists a better understanding of the history of water in this area...(read more)
The ExoMars Trace Gas Orbiter module consisting of the spacecraft structure, thermal control and propulsion systems was handed over by OHB System to Thales Alenia Space France at a ceremony held 3 February 2014 in Bremen, Germany.
Comprising two missions that will be launched to Mars in 2016 and 2018, respectively, ExoMars will address the outstanding scientific question of whether life has ever existed on Mars by drilling the surface of the planet and analysing in situ the samples.
Giuseppe Macri writes: Tesla Motors founder and private space exploration entrepreneur Elon Musk says millions of people could be headed to Mars aboard rocket-propelled space colonies in as little as 10 years.
Musk, who is also the founder of Space X, a space transport company that is already building rockets for NASA, told CBS this week that the technology to send colonists to Mars is coming along much sooner than anticipated, and that we could see potential colonization missions in the next 10 to 12 years.
I normally question official expert recommendations about food consumption, since health expert advice has often been notoriously misguided (the infamous food pyramid, which promoted unhealthy amounts of wheat, grains, carbohydrates, and erroneously demonized fats and oils, for example) but here’s one I’m inclined to agree with. Sugar consumption is something to pay attention to. So much is consumed mindlessly. Compared to our most recent ancestors, the easy abundance of it is problematic. Deducting half is not extreme. A realistic measure that could have proven benefits.
This is something that got my attention a while back: the amount of refined sugar the average American consumed annually in 1900, compared to the amount of sugar consumed per person by the end of the 20th century, is pretty drastic. Though I’m unsure of the exact figure, it’s exploded, multiplied from about one pound per year, per person, to 10-20 pounds per year, per person. How would that affect the health of a population?
From Mail Online:
Adults could be advised to halve the amount of sugar in their diets under new guidelines from the World Health Organisation.
Experts are considering lowering the recommended limit of ten teaspoons a day to just five over fears that it is contributing to heart disease, obesity and tooth decay.
Food companies may have to change their products to lower the sugar content, which would be hugely expensive and could prove unpopular with some consumers.
A single can of cola contains ten teaspoons of sugar, a Mars bar has five, a bowl of Coco Pops has about four and there are eight in some ready meals…
U.S.-Russia battle built wonders. Imagine if we worked together
Robert Zubrin writes: Russian-American relations are deteriorating. It is not just a matter of side issues such as Edward Snowden and Syria. A faction in the Kremlin’s ruling camp, exemplified by prominent Putin adviser Alexander Dugin, is urging the regime to embrace a new “fourth political theory” synthesis of communism and fascism to prop up the regime’s domestic power and make Russia the leader of the global forces opposing the West.
“Liberalism,” says Dugin, meaning the whole Western consensus, “is an absolute evil. … Only a global crusade against the U.S., the West, globalization and their political-ideological expression, liberalism, is capable of becoming an adequate response. … The American empire should be destroyed.”
This is dangerous stuff. It not only threatens the prospects for freedom in Russia but also could lead to a global catastrophe. We need to turn this trend around. How? Here’s my answer: Let’s invite Russia to join with us in a grand project of sending humans to Mars.
Global leader again
Have you ever wanted to travel to Mars? What if it meant living there for the rest of your life? That’s the opportunity Mars One is offering to volunteers who will help establish human settlement on the Red Planet. The downside is that the technology for a return trip hasn’t been developed yet. That doesn’t seem to be deterring the masses of applicants– Mars One says that more than 200,000 people have applied. In order to narrow down the applicants and help fund the project, the company is considering sponsoring a reality show where viewers will help select the Mars pioneers.
PASADENA, Calif. – NASA’s Mars rover Curiosity has used autonomous navigation for the first time, a capability that lets the rover decide for itself how to drive safely on Mars.
This latest addition to Curiosity’s array of capabilities will help the rover cover the remaining ground en route to Mount Sharp, where geological layers hold information about environmental changes on ancient Mars. The capability uses software that engineers adapted to this larger and more complex vehicle from a similar capability used by NASA’s Mars Exploration Rover Opportunity, which is also currently active on Mars.
This Instructable will explain everything you need to know to build an internet controlled all terrain robot. This one just happens to be modelled on the Mars Curiosity rover. This robot is controllable from any internet enabled device so you can control this thing on the other side of the planet (or Mars if only it had the internet). This project is all powered by the amazing Electric Imp (an SD card sized device that allows you to connect anything to the internet) and an Arduino.
This project was created by Michael Shorter, Tom Metcalfe, Jon Rogers and Ali Napier at the Product Design Research Studio, Dundee.