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NASA launches a spacecraft that will hit an asteroid to deflect it

Photo courtesy of NASA showing SpaceX’s Falcon 9 rocket carrying the Double Asteroid Redirection Test (DART) craft as it waits Tuesday at the 4E Space Launch Complex at Vandenberg Space Force Base. , California (USA). NASA rules out that no known asteroid will hit Earth in the next 100 years, despite the fact that it plans to launch the DART mission on Tuesday, a project to test the technology necessary to avoid a possible collision with our planet. EFE / NASA / Bill Ingalls / EDITORIAL USE ONLY / NO SALES / ONLY AVAILABLE TO ILLUSTRATE THE ACCOMPANYING NEWS / MANDATORY CREDIT

Los Angeles (USA), Nov 23 (EFE) .- NASA on Tuesday launched a spacecraft that plans to deliberately impact an asteroid in the fall of 2022 to deviate its orbit, in a test mission that is unprecedented and that is part of the planetary defense strategy of the US agency.
The Double Asteroid Redirection Test (DART) mission took off promptly at 10:21 p.m. local time (6:21 GMT) aboard a SpaceX Falcon 9 rocket from Vandenberg Space Force Base. , California (USA).
This mission has been considered “historic” by NASA, since the objective is to collide with an asteroid to divert it from its orbit in order to test the technology that would be necessary to avoid a possible collision with Earth.
The DART spacecraft will head towards the asteroid Didymos and its small moon, Dimorphos, which will be the target of the impact to alter its orbit, which is harmless to Earth.
According to NASA calculations, Didymos and Dimorphos will be relatively close to Earth – about 11 million kilometers – at the estimated time of impact.
Once DART collides with Dimorphos, NASA will examine the changes in its orbit around Didymos to assess whether the method is viable to defend Earth, in case an asteroid poses a threat to the planet in the future.
For the impact to be effective, DART will travel at about 6.6 kilometers per second, an “incredibly fast” speed necessary for the crash to alter “a little” the trajectory of Dimorphos, the size of the George Washington monument – an obelisk. of 155 feet high (47.2 meters) located in the capital of the United States -, but with greater volume, described in an interview with Efe the software engineer at the Johns Hopkins Applied Physics Laboratory Luis Rodríguez, of the team by DART.
The collision will be recorded by a briefcase-sized satellite called CubeSat, which has been developed by the Italian Space Agency.
That cubicle will be deployed shortly before the collision to capture images and videos of the impact and its effects on Dimorphos.
The data from the mission, according to NASA, will be combined with those from the Hera mission, from the European Space Agency and scheduled between 2024 and 2026 to analyze in more detail the asteroids and the crater that DART will leave in Dimorphos.

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