BLR – iDiots
An evening pause: For the New Year, this short film epitomizes the modern computer world. Do you use an iDiot?
Hat tip Jim Mallamace.
Tag: engineering
NASA approves two new asteroid missions
NASA has approved two new unmanned missions aimed at studying the asteroids.
Lucy will take a close look at six Trojan asteroids orbiting near Jupiter, after first visiting a main belt asteroid.
Lucy, a robotic spacecraft, is scheduled to launch in October 2021. It’s slated to arrive at its first destination, a main belt asteroid, in 2025. From 2027 to 2033, Lucy will explore six Jupiter Trojan asteroids. These asteroids are trapped by Jupiter’s gravity in two swarms that share the planet’s orbit, one leading and one trailing Jupiter in its 12-year circuit around the sun. The Trojans are thought to be relics of a much earlier era in the history of the solar system, and may have formed far beyond Jupiter’s current orbit.
Psyche will visit 16 Psyche, an unusual metal-rich asteroid made up mostly of iron and nickel.
While Psyche will use an ion engine, allowing it great freedom and even the potential to go elsewhere, like Dawn, when its primary mission is complete, I have not been able to determine whether Lucy will use conventional chemical altitude thrusters or an ion-type engine.
NASA has approved two new unmanned missions aimed at studying the asteroids.
Lucy will take a close look at six Trojan asteroids orbiting near Jupiter, after first visiting a main belt asteroid.
Lucy, a robotic spacecraft, is scheduled to launch in October 2021. It’s slated to arrive at its first destination, a main belt asteroid, in 2025. From 2027 to 2033, Lucy will explore six Jupiter Trojan asteroids. These asteroids are trapped by Jupiter’s gravity in two swarms that share the planet’s orbit, one leading and one trailing Jupiter in its 12-year circuit around the sun. The Trojans are thought to be relics of a much earlier era in the history of the solar system, and may have formed far beyond Jupiter’s current orbit.
Psyche will visit 16 Psyche, an unusual metal-rich asteroid made up mostly of iron and nickel.
While Psyche will use an ion engine, allowing it great freedom and even the potential to go elsewhere, like Dawn, when its primary mission is complete, I have not been able to determine whether Lucy will use conventional chemical altitude thrusters or an ion-type engine.
The competition heats up
According to this story, China plans 30 launches for 2017, which would smash the record of launches, 22, the country set in 2016.
This website lists the known scheduled launches worldwide. As far as I can see, only 15 Chinese launches are listed. However, China’s space program is modeled after the Soviet Union’s, which means they are somewhat secretive. The first link above has been reporting on China quite reliably during the past year, so I have some faith that the goal of 30 launches seems reasonable.
In 2017 China however is not the only country, or company, that will be attempting smash records. Russia hopes to complete 29 launches, which would not be a record for that country but would be a significant recovery from the 17 they completed in 2016. India set a record of 9 launches in 2016, and hopes to top it in 2017, starting with a single launch in January that will place a record 103 satellites in orbit in one shot. Europe meanwhile shows 21 launches on its 2017 manifest, while Japan has 9, according to the second link above.
The list gets even more interesting when you look at the 2017 launches planned for each American company. SpaceX has 31 launches all by itself,. ULA has 14, while Orbital ATK plans 4.
Obviously, these predicted numbers are not what is really going to happen. SpaceX is not going to launch 31 rockets in 2017. Not a chance. However, if they can get through the year with no launch failures, they will likely complete more than half that number, since that was the pace they were aiming for in 2016 and were getting close to achieving until the September 1 launchpad explosion. Meanwhile, ULA’s prediction of 14 launches for 2017 seems wholly reasonable since ULA completed 12 launches in 2016.
What this data suggests overall is that the total number of launches in 2017 will go up, significantly. Moreover, the increase in pace will be linked to an revived commercial satellite market, as well as a newly competitive launch industry aimed at reducing costs while making its increased launch pace more routine. These factors suggest that the increases will not be a one time thing, but will instead be heralding a new standard that signals a new age in space travel.
Hold onto your hats. The next few years in space should be quite exciting.
NASA awards more operational manned missions to SpaceX and Boeing
NASA today awarded four more operational manned missions to SpaceX and Boeing, bringing their total planned flights now to six each, not counting their first demonstration mission.
The additional flights will allow the commercial partners to plan for all aspects of these missions while fulfilling space station transportation needs. The awards do not include payments at this time. “Awarding these missions now will provide greater stability for the future space station crew rotation schedule, as well as reduce schedule and financial uncertainty for our providers,” said Phil McAlister, director, NASA’s Commercial Spaceflight Development Division.
NASA essentially has no choice. These spacecraft will be the only way to get astronauts to ISS after 2018, when our contract with the Russians expires.
Moreover, by awarding these contracts now, before the end of the Obama administration, NASA essentially locks them down before the new Trump administration can take power and kill them.
NASA today awarded four more operational manned missions to SpaceX and Boeing, bringing their total planned flights now to six each, not counting their first demonstration mission.
The additional flights will allow the commercial partners to plan for all aspects of these missions while fulfilling space station transportation needs. The awards do not include payments at this time. “Awarding these missions now will provide greater stability for the future space station crew rotation schedule, as well as reduce schedule and financial uncertainty for our providers,” said Phil McAlister, director, NASA’s Commercial Spaceflight Development Division.
NASA essentially has no choice. These spacecraft will be the only way to get astronauts to ISS after 2018, when our contract with the Russians expires.
Moreover, by awarding these contracts now, before the end of the Obama administration, NASA essentially locks them down before the new Trump administration can take power and kill them.
Another Boston Dynamics robot video
This video showcases smaller robots that are distinctly less frightening that their earlier design.
I truly do question the usefulness of this robot in the house. However, its ability to maneuver and do some quite complicated tasks makes me immediately think this should be a rover we send to the Moon, Mars, Europa, and beyond.
This video showcases smaller robots that are distinctly less frightening that their earlier design.
I truly do question the usefulness of this robot in the house. However, its ability to maneuver and do some quite complicated tasks makes me immediately think this should be a rover we send to the Moon, Mars, Europa, and beyond.
Curiosity looks at Mount Sharp
Cool image time! During the ten day holiday period, during which the Curiosity science and engineering teams generally got a break, they programmed the rover to take a variety of observations over the entire period. Some of those observations included repeated snapshots of the view ahead, using the rover’s navigation camera. The image above, reduced slightly from the full resolution image to show here, is one example of that view.
You can see the dark sandy dune region in the foreground, and the increasing steepness of the slope in the background. What I find most interesting are what look like canyon washes flowing downhill on the right, in what appear to be diagonally parallel cuts. That they do not flow directly downhill suggest to me that they were not created by water flow but by wind erosion, though it is possible that the geology of different bedding plains could have forced the flows in a diagonal direction down the slope. If wind erosion is the cause, however, it suggests a process that took a very long time to occur, as the atmosphere of Mars is so thin.
The route the rover will take is through a much larger canyon slightly off camera to the right. While the slope up the mountain on the left of the image appears to be an easier route, the geology there is not as interesting. Note also that we are not looking at the peak of Mount Sharp, which is much farther south and far higher.
Cool image time! During the ten day holiday period, during which the Curiosity science and engineering teams generally got a break, they programmed the rover to take a variety of observations over the entire period. Some of those observations included repeated snapshots of the view ahead, using the rover’s navigation camera. The image above, reduced slightly from the full resolution image to show here, is one example of that view.
You can see the dark sandy dune region in the foreground, and the increasing steepness of the slope in the background. What I find most interesting are what look like canyon washes flowing downhill on the right, in what appear to be diagonally parallel cuts. That they do not flow directly downhill suggest to me that they were not created by water flow but by wind erosion, though it is possible that the geology of different bedding plains could have forced the flows in a diagonal direction down the slope. If wind erosion is the cause, however, it suggests a process that took a very long time to occur, as the atmosphere of Mars is so thin.
The route the rover will take is through a much larger canyon slightly off camera to the right. While the slope up the mountain on the left of the image appears to be an easier route, the geology there is not as interesting. Note also that we are not looking at the peak of Mount Sharp, which is much farther south and far higher.
Update into into Dec 1 Progress failure investigation
The Russian investigation into the December 1 launch failure of a Progress freighter has come up with two possible causes, both centered on the third stage of the Soyuz rocket.
According to one theory some unforeseen dynamic loads on the tank’s structure were exacerbated by low-quality welding of the tank and led to its rupture.
Another hypothesis presumed that an anomalous operation of the RD-011o engine, (as a result of higher-than-normal vibrations in its bearings or in its turbopump), could apply unforeseen loads onto the aft bulkhead of the oxidizer tank, which is located right above the engine.
Both scenarios were based on theoretical assumptions and could not be proven without doubt due to lack of telemetry.
It appears that they might be delaying any further manned launches while they evaluate the third stages of rockets intended for future flights.
The Russian investigation into the December 1 launch failure of a Progress freighter has come up with two possible causes, both centered on the third stage of the Soyuz rocket.
According to one theory some unforeseen dynamic loads on the tank’s structure were exacerbated by low-quality welding of the tank and led to its rupture.
Another hypothesis presumed that an anomalous operation of the RD-011o engine, (as a result of higher-than-normal vibrations in its bearings or in its turbopump), could apply unforeseen loads onto the aft bulkhead of the oxidizer tank, which is located right above the engine.
Both scenarios were based on theoretical assumptions and could not be proven without doubt due to lack of telemetry.
It appears that they might be delaying any further manned launches while they evaluate the third stages of rockets intended for future flights.
An igloo on Mars?
This igloo-like design is one of the concepts being considered at NASA for the first habitats on Mars.
Normally I don’t waste time promoting these NASA concept studies, since the odds of them getting built is less than zero. However, this idea is intriguing, and probably contains within it many concepts that will be used by the first Martian habitats.
This igloo-like design is one of the concepts being considered at NASA for the first habitats on Mars.
Normally I don’t waste time promoting these NASA concept studies, since the odds of them getting built is less than zero. However, this idea is intriguing, and probably contains within it many concepts that will be used by the first Martian habitats.
SpaceX plans Jan 8 launch
SpaceX today released its final investigation results on the September 1 Falcon 9 launchpad explosion, and announced that they have now scheduled their next launch for January 8 out of Vandenberg Air Force Base.
As expected, the cause is the accumulation of solid oxygen in the wrappings of the helium bottle tank (COPV) inside the oxygen tank of the first stage. The following is their announced solution:
The corrective actions address all credible causes and focus on changes which avoid the conditions that led to these credible causes. In the short term, this entails changing the COPV configuration to allow warmer temperature helium to be loaded, as well as returning helium loading operations to a prior flight proven configuration based on operations used in over 700 successful COPV loads. In the long term, SpaceX will implement design changes to the COPVs to prevent buckles altogether, which will allow for faster loading operations.
Their vagueness in describing the “prior flight proven configuration” is likely to protect proprietary information, but the overall solution suggests that their fuel loading operations will take longer.
The January 8 launch date was simultaneously announced on twitter.
SpaceX today released its final investigation results on the September 1 Falcon 9 launchpad explosion, and announced that they have now scheduled their next launch for January 8 out of Vandenberg Air Force Base.
As expected, the cause is the accumulation of solid oxygen in the wrappings of the helium bottle tank (COPV) inside the oxygen tank of the first stage. The following is their announced solution:
The corrective actions address all credible causes and focus on changes which avoid the conditions that led to these credible causes. In the short term, this entails changing the COPV configuration to allow warmer temperature helium to be loaded, as well as returning helium loading operations to a prior flight proven configuration based on operations used in over 700 successful COPV loads. In the long term, SpaceX will implement design changes to the COPVs to prevent buckles altogether, which will allow for faster loading operations.
Their vagueness in describing the “prior flight proven configuration” is likely to protect proprietary information, but the overall solution suggests that their fuel loading operations will take longer.
The January 8 launch date was simultaneously announced on twitter.
U.S. wins launch scorecard for 2016
Doug Messier today has compiled a list showing the launch totals worldwide for 2016, showing that though the U.S. and China tied for first with the most launches, 22, the U.S. won the race with fewer launch failures. Russia fell to third, almost entirely because its Proton rocket has been grounded since June.
What I find interesting is that, very slowly, the competing American companies are beginning to compile launch numbers that match those of whole nations. ULA completed 12 launches, which beat everyone but the U.S., China, and Russia. SpaceX, despite no launches after its September 1 launchpad explosion, still beat India and Japan, long considered established space powers, and finished only one launch total behind Europe.
Eventually, I believe SpaceX is going to get its technical problems ironed out. When that happens, the competition between them and ULA could have both companies producing numbers that beat out the national programs of Russia and China. In fact, I expect this to happen within three years, but more likely sooner.
Doug Messier today has compiled a list showing the launch totals worldwide for 2016, showing that though the U.S. and China tied for first with the most launches, 22, the U.S. won the race with fewer launch failures. Russia fell to third, almost entirely because its Proton rocket has been grounded since June.
What I find interesting is that, very slowly, the competing American companies are beginning to compile launch numbers that match those of whole nations. ULA completed 12 launches, which beat everyone but the U.S., China, and Russia. SpaceX, despite no launches after its September 1 launchpad explosion, still beat India and Japan, long considered established space powers, and finished only one launch total behind Europe.
Eventually, I believe SpaceX is going to get its technical problems ironed out. When that happens, the competition between them and ULA could have both companies producing numbers that beat out the national programs of Russia and China. In fact, I expect this to happen within three years, but more likely sooner.
SpaceX preps for next launch
SpaceX has begun placing the ten Iridium satellites inside their Falcon 9 housing in preparation for its next launch, now planned for no earlier than January 7.
The first 10 satellites for Iridium’s next-generation mobile voice and data relay network have been fueled, joined with their deployment module and encapsulated inside the clamshell-like nose cone of a SpaceX Falcon 9 booster for launch as soon as next week from Vandenberg Air Force Base in California. SpaceX and Iridium have not announced a target launch date, but engineers are aiming to have the mission ready for liftoff by Jan. 7. That schedule is still very preliminary.
An official target launch date is pending the Federal Aviation Administration’s approval of the SpaceX-led investigation into the explosion of a Falcon 9 rocket on a launch pad at Cape Canaveral on Sept. 1, which destroyed the Israeli-owned Amos 6 communications satellite awaiting liftoff a few days later.
The article also has this interesting tidbit:
After the Falcon 9 rocket completes its pre-flight “static fire” test on the launch pad — the same test that resulted in the explosion in Florida on Sept. 1 — the 10 Iridium Next satellites will be mated with the booster for liftoff.
This suggests that SpaceX is changing its launch procedures, whereby before it would do the static fire dress rehearsal with the payload already loaded on the rocket. For this launch at least they are going to do that dress rehearsal before installing the payload on the rocket.
SpaceX has begun placing the ten Iridium satellites inside their Falcon 9 housing in preparation for its next launch, now planned for no earlier than January 7.
The first 10 satellites for Iridium’s next-generation mobile voice and data relay network have been fueled, joined with their deployment module and encapsulated inside the clamshell-like nose cone of a SpaceX Falcon 9 booster for launch as soon as next week from Vandenberg Air Force Base in California. SpaceX and Iridium have not announced a target launch date, but engineers are aiming to have the mission ready for liftoff by Jan. 7. That schedule is still very preliminary.
An official target launch date is pending the Federal Aviation Administration’s approval of the SpaceX-led investigation into the explosion of a Falcon 9 rocket on a launch pad at Cape Canaveral on Sept. 1, which destroyed the Israeli-owned Amos 6 communications satellite awaiting liftoff a few days later.
The article also has this interesting tidbit:
After the Falcon 9 rocket completes its pre-flight “static fire” test on the launch pad — the same test that resulted in the explosion in Florida on Sept. 1 — the 10 Iridium Next satellites will be mated with the booster for liftoff.
This suggests that SpaceX is changing its launch procedures, whereby before it would do the static fire dress rehearsal with the payload already loaded on the rocket. For this launch at least they are going to do that dress rehearsal before installing the payload on the rocket.
Debris inside Curiosity drill might be cause of problem
Engineers now suspect that a piece of debris inside Curiosity’s drill might be the cause of the recent intermittent problems with the drill’s feed motor, the equipment that extends the drill for drilling.
Experts believe they found a pattern in the way the drill feed motor behaves over time, Eriskson said, and the pattern observed so far matches what engineers would expect to see if a piece of foreign object debris, or FOD, was embedded somewhere inside the drill.
Erickson said the ground team is not sure of the source of the potential debris. It could be a piece of Martian soil or a pebble that somehow got into the mechanism and is gumming up the drill feed motor, or it might be something carried from Earth. “It some sense, it probably doesn’t matter,” Erickson said, detailing how engineers are focused, for now, on recovering use of the drill, one of the rover’s primary tools.
Engineers now suspect that a piece of debris inside Curiosity’s drill might be the cause of the recent intermittent problems with the drill’s feed motor, the equipment that extends the drill for drilling.
Experts believe they found a pattern in the way the drill feed motor behaves over time, Eriskson said, and the pattern observed so far matches what engineers would expect to see if a piece of foreign object debris, or FOD, was embedded somewhere inside the drill.
Erickson said the ground team is not sure of the source of the potential debris. It could be a piece of Martian soil or a pebble that somehow got into the mechanism and is gumming up the drill feed motor, or it might be something carried from Earth. “It some sense, it probably doesn’t matter,” Erickson said, detailing how engineers are focused, for now, on recovering use of the drill, one of the rover’s primary tools.
Chinese rocket fails to put two satellites into correct orbits
Tracking data suggests that two Earth-observation satellites launched today by China’s Long March 2D rocket were placed in the wrong orbits.
The two SuperView 1, or Gaojing 1, satellites are flying in egg-shaped orbits ranging from 133 miles (214 kilometers) to 325 miles (524 kilometers) in altitude at an inclination of 97.6 degrees. The satellites would likely re-enter Earth’s atmosphere within months in such a low orbit, and it was unclear late Wednesday whether the craft had enough propellant to raise their altitudes.
The high-resolution Earth-observing platforms were supposed to go into a near-circular orbit around 300 miles (500 kilometers) above the planet to begin their eight-year missions collecting imagery for Siwei Star Co. Ltd., a subsidiary of China Aerospace Science and Technology Corp., a government-owned entity.
Tracking data suggests that two Earth-observation satellites launched today by China’s Long March 2D rocket were placed in the wrong orbits.
The two SuperView 1, or Gaojing 1, satellites are flying in egg-shaped orbits ranging from 133 miles (214 kilometers) to 325 miles (524 kilometers) in altitude at an inclination of 97.6 degrees. The satellites would likely re-enter Earth’s atmosphere within months in such a low orbit, and it was unclear late Wednesday whether the craft had enough propellant to raise their altitudes.
The high-resolution Earth-observing platforms were supposed to go into a near-circular orbit around 300 miles (500 kilometers) above the planet to begin their eight-year missions collecting imagery for Siwei Star Co. Ltd., a subsidiary of China Aerospace Science and Technology Corp., a government-owned entity.
China outlines its next five years in space
A white paper published by China’s State Council Information Office today both summarized the state that nation’s present space program as well as outlining its goals for the next five years.
In addition to outlining their future manned and unmanned missions (such asa landing a probe on the far side of the Moon, as well as sending a lunar sample return mission there), the overall plan includes developing their entire space infrastructure, from communication satellites to ground-based radar to space telescopes to missions to Mars. It is well thought out, and quite comprehensive. Possibly the most important part however is the white paper’s discussion of how they intend to enhance future industrial development.
The mechanism for market access and withdrawal has been improved. A list of investment projects in the space industry has been introduced for better management in this regard. Non-governmental capital and other social sectors are encouraged to participate in space-related activities, including scientific research and production, space infrastructure, space information products and services, and use of satellites to increase the level of commercialization of the space industry.
The government has increased its cooperation with private investors, and the mechanism for government procurement of astronautic products and services has been improved.
The Chinese government, communist now in name only, intends to fuel their space program with private investment and private enterprise. The overall program will be managed and run by the central government, but that government is going to make it a policy to encourage the private sector to compete and innovate in this effort.
A white paper published by China’s State Council Information Office today both summarized the state that nation’s present space program as well as outlining its goals for the next five years.
In addition to outlining their future manned and unmanned missions (such asa landing a probe on the far side of the Moon, as well as sending a lunar sample return mission there), the overall plan includes developing their entire space infrastructure, from communication satellites to ground-based radar to space telescopes to missions to Mars. It is well thought out, and quite comprehensive. Possibly the most important part however is the white paper’s discussion of how they intend to enhance future industrial development.
The mechanism for market access and withdrawal has been improved. A list of investment projects in the space industry has been introduced for better management in this regard. Non-governmental capital and other social sectors are encouraged to participate in space-related activities, including scientific research and production, space infrastructure, space information products and services, and use of satellites to increase the level of commercialization of the space industry.
The government has increased its cooperation with private investors, and the mechanism for government procurement of astronautic products and services has been improved.
The Chinese government, communist now in name only, intends to fuel their space program with private investment and private enterprise. The overall program will be managed and run by the central government, but that government is going to make it a policy to encourage the private sector to compete and innovate in this effort.
NASA estimates one month to address Webb vibration issues
NASA now expects it will take a month to assess and fix the issues uncovered during vibration testing of the James Webb Space Telescope.
Thomas Zurbuchen, the new head of NASA’s Science Mission Directorate (SMD), told SpacePolicyOnline.com that dealing with the problem likely will consume one of the remaining six months of schedule reserve.
No one at NASA has as yet explained exactly what the “anomalous readings” were during vibration testing. Nor did Zurbuchen indicate what the fix would be.
NASA now expects it will take a month to assess and fix the issues uncovered during vibration testing of the James Webb Space Telescope.
Thomas Zurbuchen, the new head of NASA’s Science Mission Directorate (SMD), told SpacePolicyOnline.com that dealing with the problem likely will consume one of the remaining six months of schedule reserve.
No one at NASA has as yet explained exactly what the “anomalous readings” were during vibration testing. Nor did Zurbuchen indicate what the fix would be.
Russia once again postpones next Proton launch
Russia has once again postponed the next launch of the Proton rocket, the first since the June 9 launch where the 2nd stage engine cut off prematurely.
The launch of a Proton-M carrier rocket with an EchoStar 21 satellite from the Baikonur space center in Kazakhstan has been delayed over the need to hold additional checks of the rocket’s systems and acceleration unit, Russia’s Khrunichev Space Center reported on Friday. The Khrunichev Space Center is the producer of Proton carrier rockets.
I wonder if International Launch Services (ILS), the Russian company that handles Russia’s international commercial launches, is going to lose a customer now, as SpaceX did when it delayed its next launch until 2017.
According to Russianspaceweb, they have figured out what went wrong on June 9, and have been taking corrective actions. The cause of the new delay however, as well as its the fix, appear to be very unclear.
By December 23, the satellite had already been integrated with the launch vehicle, when an unspecified technical program required to postpone the mission until January 2017, at the earliest. Independent sources said that the launch vehicle would have to be disassembled and one of its stages returned to Moscow, but representatives of the International Launch Services, ILS, which manages the mission, said that no such action would be required and the launch had been postponed by a “logistical” issue.
Russia has once again postponed the next launch of the Proton rocket, the first since the June 9 launch where the 2nd stage engine cut off prematurely.
The launch of a Proton-M carrier rocket with an EchoStar 21 satellite from the Baikonur space center in Kazakhstan has been delayed over the need to hold additional checks of the rocket’s systems and acceleration unit, Russia’s Khrunichev Space Center reported on Friday. The Khrunichev Space Center is the producer of Proton carrier rockets.
I wonder if International Launch Services (ILS), the Russian company that handles Russia’s international commercial launches, is going to lose a customer now, as SpaceX did when it delayed its next launch until 2017.
According to Russianspaceweb, they have figured out what went wrong on June 9, and have been taking corrective actions. The cause of the new delay however, as well as its the fix, appear to be very unclear.
By December 23, the satellite had already been integrated with the launch vehicle, when an unspecified technical program required to postpone the mission until January 2017, at the earliest. Independent sources said that the launch vehicle would have to be disassembled and one of its stages returned to Moscow, but representatives of the International Launch Services, ILS, which manages the mission, said that no such action would be required and the launch had been postponed by a “logistical” issue.
U.S. tests anti-missile interceptors
The U.S. Navy and the Missile Defense Agency (MDA) on December 14th successfully test fired two missile interceptors, designed to destroy an incoming missile attack.
The test occurred Dec. 14 and launched two Raytheon-built Standard Missile-6 Dual 1 (SM-6) missiles from the Navy destroyer USS John Paul Jones from just off the coast of Hawaii, MDA officials said in a statement. The two SM-6 projectiles were launched against a medium-range ballistic missile target as part of the MDA’s Sea-Based Terminal Program, using Navy ships equipped with the Aegis Ballistic Missile Defense System.
The interceptor missiles also used an explosive warhead to destroy their target, which appears to be an advance on previous interceptors, which relayed merely on hitting the target.
The U.S. Navy and the Missile Defense Agency (MDA) on December 14th successfully test fired two missile interceptors, designed to destroy an incoming missile attack.
The test occurred Dec. 14 and launched two Raytheon-built Standard Missile-6 Dual 1 (SM-6) missiles from the Navy destroyer USS John Paul Jones from just off the coast of Hawaii, MDA officials said in a statement. The two SM-6 projectiles were launched against a medium-range ballistic missile target as part of the MDA’s Sea-Based Terminal Program, using Navy ships equipped with the Aegis Ballistic Missile Defense System.
The interceptor missiles also used an explosive warhead to destroy their target, which appears to be an advance on previous interceptors, which relayed merely on hitting the target.
Second successful glide test for Unity
Virgin Galactic today successfully completed the second glide test of its Unity spacecraft.
It seems that all went as planned, which is a good sign, and suggests that the company is still on target for powered flight tests in 2017.
Virgin Galactic today successfully completed the second glide test of its Unity spacecraft.
It seems that all went as planned, which is a good sign, and suggests that the company is still on target for powered flight tests in 2017.
Lobbying for the Moon
Several news articles in the past few days, partly fueled by the make-up of some of the new members of Trump’s NASA transition team, have exhibited a strong push to get the new administration to restart the Bush administration’s goal of returning to the Moon.
- NASA’s next stop—Mars or the Moon?
- Will NASA Go Back to the Moon?
- Trump’s newest adviser wants to mine the moon
- 5 Reasons Trump Should Commit To A Crewed Lunar Return
All of this might happen. What these stories suggest to me is that the big contractors, Boeing and Lockheed Martin who are building SLS and Orion, are pushing the new administration to give this rocket and capsule a mission, something it presently does not have. At the same time, the stories might also indicate some of Trump’s typical and very smart negotiation tactics. Unlike Obama, who never knew how to play the game, Trump appears to understand that if he is going to institute major changes in NASA’s future projects, he needs to get Congress to agree.
Rather than eliminate SLS and Orion right off the bat, as Obama tried to do when he unilaterally cancelled Constellation, Trump could offer the Moon to Congress as an interim goal for this giant rocket and capsule. This was what both were really designed for initially, as they are essentially modern copies of the Saturn 5 and the Apollo capsule. In exchange, Trump could then get Congress to place more emphasis on commercial space needs, getting the competing privately built capsules and new cargo vessels (Dragon, Starliner, and Dream Chaser) better funded and built faster. He could also propose that NASA encourage private companies to compete to design and build lunar orbiting facilities, ideas that both Lockheed Martin, Boeing, and Orbital ATK have been pushing now for several years.
I should note that giving a lunar goal to SLS/Orion does not mean that the program will get bigger or last significantly longer. Congress could simply fund one or two more missions through 2024. By that time, the competing successes of private space will make it very clear that this boondoggle is not the way to go into the future. By then, the new commercial space industry will have also grown enough that Congress will have no problem letting this industry replace SLS/Orion, and will thus have less objections in letting that program die.
I must also emphasize that I am speculating here. It is probably a bit soon to predict what a Trump administration will do with NASA and space. The signs however are pointing in this direction.
A rover review of 2016
Link here. While my rover updates are focused entirely on where the rovers are, where they will be heading in the immediate future, and the present condition of the rovers themselves, this update provides a very good summary of the entire year’s events for both rovers, focused especially on the science learned by Curiosity. Definitely worth a read.
Link here. While my rover updates are focused entirely on where the rovers are, where they will be heading in the immediate future, and the present condition of the rovers themselves, this update provides a very good summary of the entire year’s events for both rovers, focused especially on the science learned by Curiosity. Definitely worth a read.
ESA signs contract for construction of its part of ExoMars 2020
On Friday the European Space Agency signed a contract with Thales Alenia Space for the construction of the European portion of the ExoMars 2020 lander/rover mission.
The contract signed in Rome, Italy, secures the completion of the European elements and the rigorous tests to prove they are ready for launch. These include the rover itself, which will be accommodated within the Russian descent module, along with the carrier module for cruise and delivery to Mars. ESA is also contributing important elements of the descent module, such as the parachute, radar, inertial measurement unit, UHF radio elements, and the onboard computer and software. The science instruments for the rover and surface platform are funded by national agencies of ESA member states, Roscosmos and NASA following calls to the scientific community.
I had missed this last week. The Thales Alenia press release has more information.
I wish them luck, especially the Russians, whose luck with missions to Mars has been truly terrible. I suspect that the Russians will use some variation of their bouncing balloon technology for the lander, which worked on their 1960s lunar rover missions and was successfully copied by NASA for its 1997 Pathfinder/Sojourner rover mission.
On Friday the European Space Agency signed a contract with Thales Alenia Space for the construction of the European portion of the ExoMars 2020 lander/rover mission.
The contract signed in Rome, Italy, secures the completion of the European elements and the rigorous tests to prove they are ready for launch. These include the rover itself, which will be accommodated within the Russian descent module, along with the carrier module for cruise and delivery to Mars. ESA is also contributing important elements of the descent module, such as the parachute, radar, inertial measurement unit, UHF radio elements, and the onboard computer and software. The science instruments for the rover and surface platform are funded by national agencies of ESA member states, Roscosmos and NASA following calls to the scientific community.
I had missed this last week. The Thales Alenia press release has more information.
I wish them luck, especially the Russians, whose luck with missions to Mars has been truly terrible. I suspect that the Russians will use some variation of their bouncing balloon technology for the lander, which worked on their 1960s lunar rover missions and was successfully copied by NASA for its 1997 Pathfinder/Sojourner rover mission.
Mars rover update: December 22, 2016
Curiosity
For the overall context of Curiosity’s travels, see Pinpointing Curiosity’s location in Gale Crater.
After weeks of drill diagnostics and enforced lack of travel while those diagnostics were on-going, Curiosity finally moved last weekend (Sol 1553). The traverse map to the right, cropped and reduced in resolution to show here, indicates where they went, which wasn’t far and doesn’t really tell us yet which route they plan to take to pick their way through the surrounding dune fields. Thus, the options I indicated in my November 14, 2016 rover update all remain possible. If you go to that update you can see a much better Mars Reconnaissance Orbiter (MRO) overhead image showing the upcoming terrain.
In the meantime, the Curiosity science team is preparing to take a well deserved Christmas-New Year’s break (see update for sols 1566-1568). So that Curiosity doesn’t sit idle during that time, they have uploaded to it an 8-sol plan to cover December 22 to December 30 followed by a 3-sol plan from December 31 to January 2. The rover will not move during this period, but will take lots of different observations in situ.
As they note rightly at the link above, “It’s been quite the year for our rover: we have drilled six holes, performed two scoops, driven 3 km, and climbed 85 vertical meters!” What is more significant is that the best is yet to come!
Opportunity
For the overall context of Opportunity’s travels at Endeavour Crater, see Opportunity’s future travels on Mars.
» Read more
Lace on Mars
Cool image time! The image on the right, cropped and reduced in resolution to show here, was taken by Mars Reconnaissance Orbiter June 21, 2016. It shows a region in the high northern latitudes, 80 degrees.
Some seasonal ice on Mars is transparent so that the sunlight penetrates to the bottom of the ice. Heat from this sunlight can turn the ice directly into a gas in a process called sublimation and this gas can scour channels in the loose dirt under the ice. Channels formed by sublimation of a layer of seasonal dry ice are so dense in this area that they look like lace. Gas flow erodes channels as it escapes to the surface of the overlying seasonal ice layer seeking the path of least resistance.
The resolution of the full image is 9.7 feet per pixel. This means that if Curiosity was driving across this surface we would see it. I guarantee however that Curiosity would not find driving here very easy. The ice surface is likely very delicate, and would likely cause any vehicle to bog down. The surface is also likely very alien-looking, which makes me very much want to see what it looks like, up close. This look will unfortunately have to wait, as we as yet do not have the right technology to do it. We would need I think a drone, capable of flying in Mars’s thin atmosphere.
Cool image time! The image on the right, cropped and reduced in resolution to show here, was taken by Mars Reconnaissance Orbiter June 21, 2016. It shows a region in the high northern latitudes, 80 degrees.
Some seasonal ice on Mars is transparent so that the sunlight penetrates to the bottom of the ice. Heat from this sunlight can turn the ice directly into a gas in a process called sublimation and this gas can scour channels in the loose dirt under the ice. Channels formed by sublimation of a layer of seasonal dry ice are so dense in this area that they look like lace. Gas flow erodes channels as it escapes to the surface of the overlying seasonal ice layer seeking the path of least resistance.
The resolution of the full image is 9.7 feet per pixel. This means that if Curiosity was driving across this surface we would see it. I guarantee however that Curiosity would not find driving here very easy. The ice surface is likely very delicate, and would likely cause any vehicle to bog down. The surface is also likely very alien-looking, which makes me very much want to see what it looks like, up close. This look will unfortunately have to wait, as we as yet do not have the right technology to do it. We would need I think a drone, capable of flying in Mars’s thin atmosphere.
Close-up of Pandora
Cool image time! The image on the right, cropped and reduced to show here, is that of Saturn’s small moon Pandora. The full resolution image was taken on December 18, 2016 during Cassini’s closest fly-by of the Moon ever. It was taken from a distance of 25,200 miles, and has a resolution of 787 feet per pixel.
Note the pooling of dust-like material in the crater. Note also the brighter exposed surfaces on the inner crater rim above that pooled material. It appears to my eye almost as if the dust that had coated the higher elevations of this inner rim has for some unknown reason suddenly settled into the crater’s floor.
Pandora orbits just outside Saturn’s F ring, which means it is well exposed to the material in the ring. I would also expect that much of its surface is well coated with particles from the rings.
Cool image time! The image on the right, cropped and reduced to show here, is that of Saturn’s small moon Pandora. The full resolution image was taken on December 18, 2016 during Cassini’s closest fly-by of the Moon ever. It was taken from a distance of 25,200 miles, and has a resolution of 787 feet per pixel.
Note the pooling of dust-like material in the crater. Note also the brighter exposed surfaces on the inner crater rim above that pooled material. It appears to my eye almost as if the dust that had coated the higher elevations of this inner rim has for some unknown reason suddenly settled into the crater’s floor.
Pandora orbits just outside Saturn’s F ring, which means it is well exposed to the material in the ring. I would also expect that much of its surface is well coated with particles from the rings.
China and the UN open future Chinese space station to international research
China the the UN’s Office for Outer Space Affairs will soon announce a partnership for soliciting proposals from the international community for research projects to be performed on China’s upcoming space station.
UNOOSA and CMSA will work together to solicit proposals for payloads and experiments for the space station from scientists all over the world, with projects to be decided by international selection committees. UNOOSA Director Simonetta Di Pippo, in comments provided to gbtimes, stated that: “We expect that the first announcement for project proposals should come in late 2016 or early 2017. Other activities will be undertaken as the environment for their implementation becomes ready.”
The 20-tonne core module of the Chinese Space Station (CSS) is expected to be launched in 2018, with the addition of two experiment modules to complete facility around 2022. “While the space station is being made operational, UNOOSA and CMSA will prepare to call for technical proposals from entities worldwide for the design of experiments to take place on-board the station,” Ms Di Pippo said.
While open to all, the initiative will focus especially on developing nations as part of the UN’s Human Space Technology Initiative (HSTI) which aims to involve more countries in space activities and encourage non-spacefaring countries space research and to benefit from space applications.
The agreement is a good one, but its goal is not entirely altruistic on China’s part. In the article it is clear they are trying to score some propaganda points against the U.S., which by law bars China from ISS and any other U.S./China space partnership because of their bad habit of stealing technology for military purposes. With this UN partnership they are immediately claiming that they are “more open and democratic” than the U.S., as stated in the article. The claim is a lie, however. Just like the U.S. they will surely reject any international proposals they consider a security risk. They simply will, with the UN’s cooperation, be less public about it.
China the the UN’s Office for Outer Space Affairs will soon announce a partnership for soliciting proposals from the international community for research projects to be performed on China’s upcoming space station.
UNOOSA and CMSA will work together to solicit proposals for payloads and experiments for the space station from scientists all over the world, with projects to be decided by international selection committees. UNOOSA Director Simonetta Di Pippo, in comments provided to gbtimes, stated that: “We expect that the first announcement for project proposals should come in late 2016 or early 2017. Other activities will be undertaken as the environment for their implementation becomes ready.”
The 20-tonne core module of the Chinese Space Station (CSS) is expected to be launched in 2018, with the addition of two experiment modules to complete facility around 2022. “While the space station is being made operational, UNOOSA and CMSA will prepare to call for technical proposals from entities worldwide for the design of experiments to take place on-board the station,” Ms Di Pippo said.
While open to all, the initiative will focus especially on developing nations as part of the UN’s Human Space Technology Initiative (HSTI) which aims to involve more countries in space activities and encourage non-spacefaring countries space research and to benefit from space applications.
The agreement is a good one, but its goal is not entirely altruistic on China’s part. In the article it is clear they are trying to score some propaganda points against the U.S., which by law bars China from ISS and any other U.S./China space partnership because of their bad habit of stealing technology for military purposes. With this UN partnership they are immediately claiming that they are “more open and democratic” than the U.S., as stated in the article. The claim is a lie, however. Just like the U.S. they will surely reject any international proposals they consider a security risk. They simply will, with the UN’s cooperation, be less public about it.
What happened at SpaceX the first time they landed a first stage
Cool image time! The National Geographic Mars series is combining fiction with high quality documentary footage of real events. The clip below shows the first ever vertical landing of a used rocket first stage in December 2015, and includes footage taken of SpaceX engineers and Elon Musk during that launch and landing. The landing ranks as one of the most important events in space history. And it still gives me goosebumps. Seeing that it also caused goosebumps to those who made it happen only emphasizes the significance of the moment.
Cool image time! The National Geographic Mars series is combining fiction with high quality documentary footage of real events. The clip below shows the first ever vertical landing of a used rocket first stage in December 2015, and includes footage taken of SpaceX engineers and Elon Musk during that launch and landing. The landing ranks as one of the most important events in space history. And it still gives me goosebumps. Seeing that it also caused goosebumps to those who made it happen only emphasizes the significance of the moment.
Fifth Google Lunar X-Prize team gets launch deal
Japan’s Team Hakuto has signed a deal to partner with another Google Lunar X-Prize competitor, Team Indus, to share the cost and launch together on a Indian PSLV rocket.
Essentially, both competitors will launch together. They will then race to the Moon to see which can first achieve the X-Prize goal of landing and roving 500 meters.
Japan’s Team Hakuto has signed a deal to partner with another Google Lunar X-Prize competitor, Team Indus, to share the cost and launch together on a Indian PSLV rocket.
Essentially, both competitors will launch together. They will then race to the Moon to see which can first achieve the X-Prize goal of landing and roving 500 meters.
Russia conducts anti-satellite missile test
According to Pentagon officials Russia today conducted the fifth test of its anti-satellite Nudol missile, designed to directly hit a satellite after launch from the ground.
Few details of the test were revealed. The Russians deny that Nudol is an anti-satellite missile, claiming instead that it is designed to attack enemy missiles.
According to Pentagon officials Russia today conducted the fifth test of its anti-satellite Nudol missile, designed to directly hit a satellite after launch from the ground.
Few details of the test were revealed. The Russians deny that Nudol is an anti-satellite missile, claiming instead that it is designed to attack enemy missiles.
“The oldest computer (not) on Earth.”
Link here. I suspect that most of my readers will be able to guess what computer we are talking about, and even where it is located.
Link here. I suspect that most of my readers will be able to guess what computer we are talking about, and even where it is located.
JAXA signs agreement with private lunar mining company
The competition heats up: Japan’s space agency JAXA has signed an agreement with ispace inc, a private lunar mining company that is also behind Japan’s only competing team in the Google Lunar X-Prize competition.
It is not clear if what this agreement entails. X-Prize competitors have to announce a contract with a launch company before the end of 2016, and this announcement does not say whether JAXA will provide that service to Japan’s competitor.
The competition heats up: Japan’s space agency JAXA has signed an agreement with ispace inc, a private lunar mining company that is also behind Japan’s only competing team in the Google Lunar X-Prize competition.
It is not clear if what this agreement entails. X-Prize competitors have to announce a contract with a launch company before the end of 2016, and this announcement does not say whether JAXA will provide that service to Japan’s competitor.