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A few days ago, NASA's asteroid redirection program has been launched, and scientists are trying to develop a high-power solar electric propulsion system to boost a 20-ton asteroid into orbit near the moon
.
The asteroid redirection program could involve asteroids that could be about 6 meters in size and 20 tons in mass, and NASA's Jet Propulsion Laboratory said it hopes to acquire advanced solar electric propulsion systems in preparation for
early human deep space exploration missions.
At the same time, unmanned spacecraft to reach asteroids also require advanced electric thrust devices, so the power system will be the focus of
NASA's future development.
After NASA launched the asteroid redirection program, it tried to reduce the threat posed by asteroids to the home of Earth, and if we can demonstrate low-cost deflection technology, we can combat asteroid impacts
.
NASA Deputy Administrator Robert Lightfoot believes that we hope that future spacecraft will receive advanced solar power, and if some commercial partners can join in, helping to reduce the total cost of the mission, the technology will also be used
by a trip to Mars.
The high-power solar propulsion system currently developed by NASA is powered by 50-kilowatt panels, which may be able to be installed in the asteroid capture program
launched in the 2020s.
A few days ago, NASA's asteroid redirection program has been launched, and scientists are trying to develop a high-power solar electric propulsion system to boost a 20-ton asteroid into orbit near the moon
.
The asteroid redirection program could involve asteroids that could be about 6 meters in size and 20 tons in mass, and NASA's Jet Propulsion Laboratory said it hopes to acquire advanced solar electric propulsion systems in preparation for
early human deep space exploration missions.
At the same time, unmanned spacecraft to reach asteroids also require advanced electric thrust devices, so the power system will be the focus of
NASA's future development.
After NASA launched the asteroid redirection program, it tried to reduce the threat posed by asteroids to the home of Earth, and if we can demonstrate low-cost deflection technology, we can combat asteroid impacts
.
NASA Deputy Administrator Robert Lightfoot believes that we hope that future spacecraft will receive advanced solar power, and if some commercial partners can join in, helping to reduce the total cost of the mission, the technology will also be used
by a trip to Mars.
The high-power solar propulsion system currently developed by NASA is powered by 50-kilowatt panels, which may be able to be installed in the asteroid capture program
launched in the 2020s.
