Many underwater ROVs began from engineering at NASA.

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Multiple Choice

Many underwater ROVs began from engineering at NASA.

Explanation:
Teleoperation and robotic manipulation research from NASA played a key role in the early development of underwater remotely operated vehicles. NASA tackled controlling robots in dangerous, hard-to-reach environments, which led to robust control systems, tethered operation, depth-rated housings, and effective sensor and camera setups. Those technologies and design approaches were directly applied to underwater exploration and maintenance, so many of the first practical ROVs drew from NASA-built concepts and hardware. Other organizations, like the Navy and universities, contributed as well, but NASA’s work provided a strong engineering foundation that helps explain why this statement is true.

Teleoperation and robotic manipulation research from NASA played a key role in the early development of underwater remotely operated vehicles. NASA tackled controlling robots in dangerous, hard-to-reach environments, which led to robust control systems, tethered operation, depth-rated housings, and effective sensor and camera setups. Those technologies and design approaches were directly applied to underwater exploration and maintenance, so many of the first practical ROVs drew from NASA-built concepts and hardware. Other organizations, like the Navy and universities, contributed as well, but NASA’s work provided a strong engineering foundation that helps explain why this statement is true.

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