China aims to reuse vertically-landed first stages by 2020


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One of China’s top space engineers said this week at a conference that they are aiming to reuse vertically-landed first stages by 2020 on a new Long March 8 rocket.

At an aerospace industry seminar on Tuesday, leading Chinese carrier rocket designer Long Lehao said that China is expected to realize vertical recycling – similar to the technology employed by US-based firm SpaceX – by 2020 at the earliest on its CZ-8 rockets. This will further lower the price tag of a launch and boost China’s chances of getting international commercial satellite launch orders, the CCTV report said.

Lan Tianyi, founder of Beijing-based Ultimate Blue Nebula Co, a space industry consultancy, said China will become the second rocket power to have this capacity, putting the country ahead of Russia and the EU. However, Lan said that while the aim of recycling rockets is to reduce costs for launch operators, whether this can be achieved remains to be seen.

The recycled rockets developed by SpaceX are reported to have helped the company reduce launch costs by as much as 30 percent, according to media reports.

“There is no way to verify SpaceX’s claim, as it is the only company that owns the technology, and China has to wait for the moment when it has successfully recycled a rocket to see whether the costs can be lowered,” Lan told the Global Times on Thursday.

Right now, the politics in China are extremely favorable for space development, with so many top posts occupied by former space managers. Thus, it seems reasonable to believe that the country is investing the cash necessary to develop rocket stages that can land vertically. If they do it, they will put themselves in a strong position for future space colonization, because such technology is essential for landing spacecraft on other worlds. Right now, only the U.S. has done this repeatedly and successfully.

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One comment

  • pzatchok

    The next tech that needs to be developed by SpaceX is reactive or responsive landing gear.

    If they try to roboticaly land on a place like the moon they have no exact idea of the landing area topography. It will not be perfectly flat or even.
    The landing gear will have to react to this in order to keep the tall rockets vertical and stable.

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