It is reported that NASA announced that it has already funded a company that continues to develop "spider-making" technology for large spacecraft components.

Currently, if you want to bring large structures into orbit, it is common practice to build them on land and to fold them so that they fit within the rocket hood. This method is very expensive and the size of these components is limited by the volume of rocket hoods available.

Spider made

NASA announced on August 29 that it has selected TUI's Spider Manufacturing technology and awarded the company $ 500,000 worth of Phase II contracts to continue developing technologies to promote spacecraft use of 3D Printing and robotics assembly technology to make and integrate large components on orbit.

TUI is a space technology development company based in Basso, Washington. Currently, the company is developing "spider-making" technology to improve the order-of-magnitude packaging and quality benefits of current deployable structures and drive the current capacity building of launch rocket kilometer-sized holes.

According to Rob Hoyt, TUI's chief executive and chief scientist, "In-orbit manufacturing allows these critical components to be fired in very compact and durable forms such as fiber spools or polymer blocks so they can fit into a very small Cheaper launch vehicle. "

"Once in orbit, the 'spider-made' robotic manufacturing system will process the material in space to create very large, optimized structures."

"This completely different way of making space systems will allow us to make antennas and arrays that may be tens or hundreds of times larger than we currently have," said Dr. Hoyt. It will enable NASA to access and distribute all forms of data with higher resolution, higher bandwidth, higher signal-to-noise ratio and lower total life-cycle costs.

Trusselator device

In parallel with this project, TUI is developing a "Trusselator" device, backed by a NASA contract for "Small Business Innovation Research." This equipment will create a truss structure that will drive space-based manufacturing of large solar arrays.

Dr. Hoyt said, "The Trusselator device is a crucial first step in implementing the 'spider-making' architecture." "Once we have proven it works, we are well on our way to making soccer field-size antennas and telescopes to help Look for evidence of extraterrestrial planets and extraterrestrials like Earth. "

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