Engineers developing spacecrafts now have the help of the NASA robot that will cut rocket-building costs substantially and will allow for more efficient missions in outer space. The agency’s Marshall Space Flight Centre, situated in Alabama, is now using modern robotics for future explorations.
The giant robot is helping highly trained engineers to build the largest, but lightest composite rockets that have ever been made and deployed into space. It will efficiently help with the development’s accuracy and speed that will provide safer journeys for our astronauts, specifically for missions ambitiously meant for Mars.
Marshall Space Flight Center engineer, Justin Jackson, publicly announced that the robot will be building structures as large as 26 feet in diameter, which will be the biggest composite ever done for spacecrafts. Jackson assists with the hopeful development of the largest rocket fuel tank, along with installing and keeping a close observation on the robot.
Deputy director of Marshall Space Flight Centre, Preston Jones, underlines that robot will be highly beneficial in conducting “low-cost and high-speed” manufacturing processes for making large composites that will be approved for future missions. However, the project is still in its infancy and it remains to be determined if it will be truly possible.
However, by the construction of lightweight materials, future space exploration will not be encumbered by the extra weight and it will allow for multiple crew members on board, food, equipment or possible recreational spaces for astronauts. The giant robot will be the quickest manufacturing little factory on its own for proper rocket composites meant for human travel.
It’s no secret that space missions costs are high enough to be delayed for years. They can range from hundreds of millions to billions in total, which is why the development of lightweight material is crucial to the future of NASA missions. It will make it possible to cut costs for raw materials and instead be able to direct them at other sources, such as rocket fuel, which is very costly itself.
The cost cutting will mean better funding, more fuel and higher chances of expanding our horizons deeper into space exploration than we’d ever afforded to go. There are many mysteries still waiting for us outside our very own planet and, while the technology is getting closer to exploration, there is also a need of resources that should not be overlooked.
Image source: nasa.gov