The China Academy of Space Technology has announced plans to launch the world's first X-ray pulsar navigation satellite (XPNAV-1) next month.
The move brings autonomous spacecraft navigation and a more accurate deep-space GPS one step closer to reality, the country's Aerospace Science and Technology Corporation (CASC) Fifth Academy said.
X-ray pulsar navigation is an innovative navigation technique in which periodic X-ray signals emitted from pulsars are used to determine the location of a spacecraft in deep space, said Shuai Ping, chief system designer of the satellite.
The satellite (XPNAV-1), developed by CASC Fifth Academy, weighs more than 200 kilogrammes and carries two detectors, state run Xinhua news agency reported.
In its mission, the satellite will test the detectors' functions in responding to the background noise of the universe, outline pulsar contours, and create a database for pulsar navigation, the academy said.
X-ray pulsar navigation techniques will help reduce the reliance of spacecraft on ground-based navigation methods and are expected to achieve autonomous spacecraft navigation in the future, it said.
(With agency inputs)
