In the coming years, the practical thales stage planning and financing support 3D printing technology lead satellites orbit testing. After the private CEO of an obligation to clean up the track garbage business, chief scientist Robert Hoyt (Robert Hoyt) Introduction: "We want to one day be able to hope to completely start from scratch, can Orbiter create own use allows 3D printing technology construction in orbit spacecraft components easier, may also be used to the huge space antenna or Space Telescope Space Telescope its size can be produced than the current 10 or 20 times, and does not need to check, set as folding design rocket fairing opening method, only the tasks orbit Satellite with 3D printing technology as well as the raw material can be made to run.
The idea in orbit by using lighter materials and larger structures may improve the cost and the degree of interconnection between the task of space missions, Robert Hoyt, which can be avoided exceeded made the weight of the spacecraft components on the standards track, but also to vibration and acceleration thales stage of a rocket launch may represent satellite components. Orbit satellites thales stage with 3D printing technology could be a very large track layout, such as the order of up to ten meters or hundreds of meters become. It's how we have to start a similar CubeSat nanosatellite test platform, its size must be in a cube of nearly 50 meters, which corresponds thales stage to the size of a track and field can be increased.
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