China plans Mach 26 projectile test to hit asteroid

A team at the China National Space Administration plans to strike an asteroid with a spacecraft traveling over 9km per second in 2029 or 2030 to test planetary defence.

The plan is led by Li Mingtao, chief scientist for planetary defence at the China National Space Administration. The spacecraft would impact at more than 9km per second, equivalent to over 26 times the speed of sound near sea level and nearly 50 per cent faster than NASA’s DART mission at 6.1km per second.

The goal is to directly alter an asteroid’s orbit relative to Earth or even break up its structure. The paper is under peer review by the Chinese-language Journal of Deep Space Exploration.

The impact is planned during a close approach to within about 7 million km of Earth in 2029 or 2030. The paper describes the speed and mission parameters but does not name the specific asteroid.

Artigos relacionados

China's Tianwen-2 spacecraft has closed in on asteroid 2016 HO3 after a 400-day journey and begun scientific exploration.

Reportado por IA

China's space agency said it will establish a space-ground integrated monitoring system for near-Earth asteroids to strengthen early warning and planetary defense capabilities.

A Chinese research team has successfully tested a guided projectile prototype for an electromagnetic rail gun, with the device surviving extreme conditions and recording its flight.

Reportado por IA

A Agência Espacial Europeia confirmou que o asteroide (152637) 1997 NC1 passará perto da Terra neste fim de semana em sua maior aproximação em 400 anos.

O avião de pesquisa X-59 da NASA completou um voo de teste fundamental a Mach 1.4 e 55.000 pés. O marco o aproxima de futuros sobrevoos comunitários como parte da missão Quesst.

Reportado por IA

Chinese researchers have successfully tested a system capable of beaming energy to multiple moving targets at once, marking another step toward an orbiting power station.

Este site usa cookies

Usamos cookies para análise para melhorar nosso site. Leia nossa política de privacidade para mais informações.
Recusar