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Space Exploration: Humans vs Robots Robotic Space Exploration Essay.

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Summer marked a turning point for the U. In May, astronauts launched from American soil for the first time in almost nine years, and July saw the Mars rover Perseverance blasting off for the red planet. These launches represent just the start of what will be a pivotal decade for the United States both in space and here on the Earth. The s will define the U. Wise investments made over the course of the next administration will pay dividends well into the future, not just for the space program but for American society writ large. The United States derives vast economic benefits from its robust national space program, including jobs and public investment in high-tech industries such as aerospace and computing. NASA alone directly employs almost 17, people, while according to aerospace industry figures, nearly , people work in the space sector. Recent experience shows the need for any incoming administration to establish a clear direction for space policy early on—and forge good working relations with Congress and the global scientific community in the process.

Today WiBotic, a leader in advanced wireless charging and fleet energy management solutions for the rapidly Robotic Space Exploration Essay ecosystem of aerial, mobile, marine and industrial robots, announced a partnership with Astrobotic, Bosch and the University of Washington to develop and commercialize wireless charging solutions for robots on the moon. WiBotic is developing rapid charging systems and energy monitoring base stations for lunar robots, including the CubeRover — a shoebox-sized robot designed by Astrobotic — that will operate autonomously and charge wirelessly on the Moon.

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Bosch researchers are contributing software expertise in wireless connectivity and intelligent AI, and the University of Washington will contribute its Sensor Systems Lab to help support realistic lunar environment testing and validation. Traditionally lunar landers, as well Robotic Space Exploration Essay other large space exploration vehicles, are Exploratoon by solar arrays or small nuclear reactors. Rovers and small robots, however, are not big enough to carry their own dedicated power supplies and must be tethered to their larger counterparts via electrical cables. Tethering severely restricts mobility, and cables are prone to failure due to lunar dust regolith interfering with electrical contact points.

Additionally, as robots become smaller and more complex, they are fitted with additional sensors that require more power, further exacerbating the problem. Lastly, solar arrays are not viable for charging during the lunar night.

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For instance, by removing dependencies to solar charging, a new wide range of opportunities for smaller and lighter systems becomes available for missions that were not within reach before - such as survival of lunar night missions. This makes the end product very appealing Robotic Space Exploration Essay only for companies but also for all new space electrical systems and infrastructures. WiBotic provides wireless charging and fleet energy management solutions for the rapidly growing ecosystem of aerial, mobile, marine and industrial robots.

Its solutions help companies optimize the uptime of robot fleets and are an integral component of fully autonomous robotic operations.

WiBotic works with companies in a variety of industries. For more information, please go to: www. View source version on newsdirect. Press release content from News Direct Corporation. The AP news staff was not involved in its creation.

November 17, GMT.

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