New China manned vehicle under development

The competition heats up: China has begun development of two versions of a second generation manned capsule.

Instead of the three-module arrangement of the current Shenzhou vehicle, the future Chinese crew vehicle will adopt a two-module arrangement, with a large inhabitable crew module at the front, and an uninhabitable cylindrical-shaped service module at back. The size of the re-entry vehicle will be twice of Shenzhou’s, capable of accommodating up to six crew members. A docking port and its associated docking sensors are fitted to the front-end of the crew module. The spacecraft can be fitted with two different service modules, with different propulsion systems and propellant capacities.

In other words, rather than copy and upgrade the design of the Russian Soyuz, as they did with their Shenzhou capsule, they will copy and upgrade the American Apollo capsule.

China unveils model of planned 2020 Martian probe

The competition heats up: China today unveiled a one-third scale model of its planned Martian lander/rover, scheduled for launch in 2020.

If they succeed in putting a lander and rover on Mars, China will have clearly demonstrated the capability to do almost anything in space that the United States can do. The competition in the coming decades should thus be most interesting.

Posted from Tucson International Airport.

Yutu still operational after two years

Despite an inability to move, China’s rover Yutu has now set the longevity operational record for rover on the Moon.

Yutu was deployed and landed on the moon via China’s Chang’e-3 lunar probe in 2013, staying longer than the Soviet Union’s 1970 moon rover Lunokhod 1, which spent 11 months on the moon. Its operations have streamed live through Sina Weibo, a Chinese microblogging site, and its Weibo account has nearly 600,000 followers.

Yutu experienced a mechanical control abnormality in 2014, but it was revived within a month and, though it is unable to move, it continues to collect data, send and receive signals, and record images and video.

Two NASA employees indicted for allowing Chinese scientist access

Two NASA supervisors from the Langley Research Center in Virginia have been indicted for allowing a Chinese scientist unrestricted access to the facilities there for two years, including allowing the scientist to return to China with a NASA-issued laptop.

What I find amazing about this indictment is that a U.S. attorney in the Obama Justice Department has issued it. The Obama administration and NASA administrator Charles Bolden want unrestricted cooperation with China, and have even done some things that could also violate the same laws against providing U.S. technology to China. Under these conditions, I would have thought the attorney would have been ordered to drop the case, just as the Obama administration has done with numerous other examples where someone in that administration did something illegal and got away with it.

China launches first commercial Earth-observation satellite

The competition heats up: China today successfully launched its first Earth-observation satellite for providing commercial images to the public.

A Long March 2C rocket launched the Jilin 1 satellite constellation, which consists of a primary high definition optical satellite, as well as two Lingqiao video satellites and a fourth, LQSat, to test space technology. Xuan Ming, from the Chang Guang Satellite Technology Co., Ltd, earlier told Xinhua the satellites will focus on providing images to commercial clients, while helping with harvest assessment, geological disaster prevention and resource surveys. Jilin-1 is reported to be capable of very high definition images, boasting a resolution of 0.72m with a pan-chromatic camera and a 4m resolution multi-spectral camera.

The article also provides a short but nice summary of China’s space plans for 2016, including its first manned mission since 2013.

Long March 6 launch a success

The competition heats up: The first launch of China’s smallsat rocket Long March 6 was a success on Saturday, putting 20 satellites into orbit.

This rocket is part of a new family of Chinese rockets, modularly designed so that can be reconfigured depending on payload or mission. The big launch however will be next year, when they attempt the first test flight of the largest member of this family.

China to launch new rocket today

The competition heats up: With the expected first launch of China’s new Long March 6 rocket today, this report nicely outlines the status of the country’s rocket program.

Like Russia’s Angara and SpaceX’s Falcon, the new generation of Long March rockets are modular and use the same rocket engine. This has reduced cost and allows for faster assembly. The launch today is the maiden flight of the smaller member of this family. The key launch will be that of the larger Long March 5, scheduled for next year. Capable of putting 25 tons in orbit (five more than Proton), this is the rocket they plan to use to launch the modules for their full-sized space station.

Chinese scientists do genetic experiments with human embryos

What could possibly go wrong? A Chinese team of scientists have been experimenting with genetically manipulating the human embryo to see if they can prevent a genetic blood disorder.

The team attempted to modify the gene responsible for β-thalassaemia, a potentially fatal blood disorder, using a gene-editing technique known as CRISPR/Cas9. The researchers say that their results reveal serious obstacles to using the method in medical applications. “I believe this is the first report of CRISPR/Cas9 applied to human pre-implantation embryos and as such the study is a landmark, as well as a cautionary tale,” says George Daley, a stem-cell biologist at Harvard Medical School in Boston. “Their study should be a stern warning to any practitioner who thinks the technology is ready for testing to eradicate disease genes.”

They not only found the technique unreliable in curing the genetic disease, it also produced many more unpredicted mutations.

China’s first reusable shuttle?

On Monday China launched the first of a new generation of GPS satellites using a secretive new upper stage they call Yuanzheng-1 (“Expedition-1” in English).

The first article describes Yuanzheng-1 as follows:

The Yuanzheng-1 (“Expedition-1″) uses a small thrust 6.5 kN engine burning UDMH/N2O4 with specific impulse at 3092 m/s. The upper stage should be able to conduct two burns and has a 6.5 hour lifetime. It will be adapted for use on the CZ-3A/B/C series mainly for direct MEO/GEO insertion missions (mostly for the navigation satellites of the Beidou GNSS).

This description make it appear that Yuanzheng-1 is nothing more than a typical upper stage, capable of bringing its cargo to the appropriate orbit.

The second article, however, has a concept picture of Yuanzheng-1, a shuttle-like craft that looks to me to strongly resemble the X-37B. Nothing in the second article however contradicts the first, which leaves us with a mystery. Is this upper stage capable of returning to Earth after it deploys its cargo? The fact that the Chinese were unusually secretive about the launch itself suggests that there was definitely something unusual about the rocket itself.

If the Chinese have made their upper stage reusable they have taken a big step to reducing costs in a way that will allow them to compete with SpaceX, should that company succeed in returning its first stage so that it can be reused.

Yutu reveals a complex lunar geology

The uncertainty of science: The Chinese lunar rover Yutu has uncovered a much more complicated geology history than previously predicted at its landing site on the moon.

Those data paint a detailed portrait of the Chang’e 3 landing site, which sits just 165 feet (50 m) away from a 1,475-foot-wide (450 m) crater known as C1. C1 was gouged out by a cosmic impact that occurred sometime between 80 million and 27 million years ago, the study authors said.

Yutu studied the ground it rolled over, characterized the craters it cruised past and investigated an oddly coarse-textured rock dubbed Loong, which measures about 13 feet long by 5 feet high (4 by 1.5 m). Overall, the rover’s observations suggest that the composition of its landing site is quite different from that of the places visited by NASA’s Apollo missions and the Soviet Union’s Luna program.

The rover found 9 distinct layers, suggesting numerous and different past events that layered the surface.

China’s next space station will also receive unmanned freighters

The competition heats up: The chief engineer of China’s manned program revealed that they are building an unmanned cargo freighter for their next space station, Tiangong-2, with both scheduled for launch in 2016.

Essentially the Chinese are repeated the steps the Russians took, adding docking ports to each new station module. The second will have two docking ports, one for manned craft and the second for cargo. Later modules will have multiple ports to which additional modules can be added.

Yutu lives!

Despite an engineering failure that has prevented it from roving after only a few days on the Moon, the Chinese lunar rover Yutu continues to reawaken after each long lunar night, surviving now far longer than its planned three month lifespan.

Since the rover arrived in late 2013, it has now functioned in the hostile lunar environment for more than a year. This, along with other successful long missions, suggests that Chinese space engineering has matured to a point that it has the ability to achieve some significant long term goals.

High Russia space official shoots down idea of new Russian space station

Sergei Savelyev, deputy director of Russian space agency Roscosmos, dismissed the idea that Russia might leave the ISS partnership to build its own independent space station.

“Theoretically it is possible to create a new Russian space station, but neither the current nor future drafts of the federal space program [through 2025] touch on this subject, and any [hypothetical] implementation could be tied in with the continued operation of the ISS,” [he said]…

Savelyev added that he anticipates Russia will continue to use the ISS beyond 2020, but that its focus will shift toward cooperating with China on Beijing’s own space stations — a small station is already in orbit, and a second larger one is set to be operational around 2020 — and aboard the Russian segment of the ISS.

I think the Russians know that it would be foolish to abandon their partnership on ISS, at least not for a few more years. For at least another decade it is going to be the best thing they’ve got in space.

Nicaragua and China break ground on new canal

In a largely symbolic act, Nicaragua broke ground on Monday on the Chinese-backed construction of a new canal connecting the Atlantic and Pacific oceans.

The project is being pushed by Nicaraguan President (and former Marxist guerrilla leader) Daniel Ortega and financed by Wang Jing, “a little-known Chinese telecom mogul well connected to China’s political elite.” And as much as normally support any ambitious effort to create business opportunities for people in poor countries, this quote from the article raised some red flags about the project I hadn’t thought of previously:

The proposed canal is set to intersect Lake Nicaragua, known locally as Lake Cocibolca, sending cargo ships and tankers straight through the largest source of freshwater in Central America. Further, the canal is expected to displace tens of thousands of mostly rural and indigenous landholders and would likely devastate over 400,000 acres of rainforests and wetlands, which scientists say are critical to local and regional biodiversity conservation efforts.

I am usually very skeptical of environmental protests since their motives are almost always to promote socialism or communism and not to protect the environment. Here however the protests are against a project being promoted by a Marxist ruler and the communist Chinese. Moreover, it does seem a reasonable question to worry about the possible introduction of ocean saltwater into “the largest source of freshwater in Central America.”

A Chinese SLS super rocket?

The competition heats up: According to a report in a Chinese newspaper today, China is developing preliminary designs for a new rocket that would be the most powerful ever built.

According to an earlier report by China News Service, Liang Xiaohong, deputy head of the China Academy of Launch Vehicle Technology, disclosed that the Long March-9 is planned to have a maximum payload of 130 tons and its first launch will take place around 2028.

Liang urged the government to include the Long March-9’s development in its space agenda as soon as possible so that China’s rocket technologies will not lag behind those of other space powers.

Whether this rocket every gets built is highly doubtful. The article seems to mostly be both a public relations response to the U.S.’s test flight on Friday of Orion as well as an example of a government agency lobbying for a bigger budget. (This lobbying happens even in communist China.)

Nonetheless, we should not dismiss the possibility lightly. As competition causes the cost of building all rockets to drop, it will be more affordable to build bigger rockets. By the next decade building a heavy lift rocket might finally be affordable.

Chinese spacecraft reaches L2

The service module for China’s test lunar probe, that circled the Moon before returning to Earth, has reached L2 as planned.

As of Friday, the service module had been flying for 28 days, and was 421,000 kilometers away from Earth and 63,000 km from the moon. All experiments are going well. The service module was separated from the return capsule of China’s test lunar orbiter, which returned to Earth on Nov. 1 after circling the moon in its eight-day mission launched on Oct. 24.

…After two orbital transfers, the service module re-entered the elliptical orbit with an apogee of 540,000 km and a perigee of 600 km. During the flight, the service module again performed orbital transfer actions twice, and flew along the pre-set Earth-moon transfer orbit. On Nov. 23, it reached the perilune and with the lunar gravity it was able to undertake the orbit maneuver to fly to the L2 point.

This is brilliant management. They not only test return-to-Earth capability, they practice flying a robot ship in deep space, doing complex orbital maneuvers. In addition, depending on the equipment on the service module, they get a cheap unmanned probe for observing the near lunar environment.

China’s struggle to compete with SpaceX

This Aviation Week story provides a detailed update on China’s effort to build a new family of Long March rockets that are less expensive to operate and can effectively compete with SpaceX.

Two main take-aways from the article. First, the first flight of the Long March 7, a direct competitor with the Falcon 9, has been seriously delayed. Originally expected to fly in 2013, that first flight has apparently been pushed back to 2015.

Second, even with extensive cost savings, the Long March 7 will still cost a customer more than a Falcon 9, $70 million vs $61 million.

The Earth/Moon double planet, as seen by China’s Chang’e 5 probe

Earth/Moon as seen by Chang'e 5

China’s Chang’e 5 probe has taken a spectacular image of the Moon and Earth as it whips around the Moon on its circumlunar test flight.

Though China has released little additional information about the status of the mission, this image demonstrates that the vehicle is functioning well, sending back data, and that they are controlling its operation precisely and exactly as planned. The spacecraft is scheduled to return to Earth on November 1.

Meanwhile, China’s second lunar probe, Chang’e 2, now in solar orbit about 60 million miles from Earth, continues to operate four years after launch

Third launch for China in a week

The competition heats up: China today launched its third spacecraft in a week with the launch Monday of a military satellite.

Monday’s mission was the third Chinese space launch in a week, coming after the Oct. 20 liftoff of the Chinese military’s Yaogan 22 reconnaissance satellite and the Oct. 23 launch of a demonstrator probe on a looping flight around the moon and back to Earth to verify technologies for use on a planned mission to retrieve and return lunar samples. Overall, the launch of Shijian 11-08 marked the ninth Chinese space launch of 2014.

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