China positions rocket ahead of ambitious lunar mission
17 November 2020, 08:24
The Chang’e 5 mission it will carry is scheduled to launch early next week.
China on Tuesday moved a massive rocket into place in preparation for launching a mission to bring back materials from the moon for the first time in four decades.
The Long March-5 was transported by tractor from its hangar to the nearby launch site at the space base in Wenchang, along the coast of the southern island province of Hainan.
The Chang’e 5 mission it will carry is scheduled to launch early next week, placing a lander on the moon that will drill two metres beneath the surface and scoop up rocks and other debris to be taken to Earth.
It will allow scientists to study newly obtained lunar materials for the first time since the American and Russian missions of the 1960s and 1970s.
The mission, named for the Chinese moon goddess, is among China’s most ambitious, as its space programme continues to build steam since it first put a man in space in 2003, becoming only the third nation to do so after the US and Russia.
China currently has a mission on the way to Mars, along with a rover on the moon’s far side that is providing the first full measurements of radiation exposure from the lunar surface, information vital for any country that plans to send astronauts to the moon.
China has increasingly engaged with foreign countries on missions, although US law still prevents collaboration with Nasa, excluding China from partnering with the International Space Station.
That has prompted China to work on its own space station and launch its own programmes that have put it in a steady competition with Japan and India among Asian nations seeking to notch new achievements in space.
The space programme has progressed cautiously, with relatively few setbacks in recent years.
The Long March-5, nicknamed “Fat 5” because of its bulky shape, failed on a previous launch attempt, but China’s enormous pool of technical and engineering talent appears to have allowed it to overcome most obstacles.
