What new technologies will be tested on this military space drone?

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New Technologies to Be Tested on X-37B Mission 8

The eighth mission of the US military's X-37B space drone will involve testing several advanced technologies, including laser communications and a highly advanced quantum inertial sensor. These experiments aim to enhance the resilience, efficiency, and security of US space-based communication systems. The drone, which is approximately the size of a small bus, is designed for a variety of test and experimentation objectives.
Laser Communications Testing

A key objective of the X-37B's upcoming mission is the testing of next-generation laser communications. This technology is being evaluated to improve the capabilities of space-based communication networks. The mission seeks to demonstrate advancements in how the US military communicates via space assets.
Quantum Inertial Sensor Evaluation

The mission will also feature the testing of the highest performing quantum inertial sensor ever deployed in space. This advanced sensor represents a significant technological development for space applications. Its inclusion on the X-37B highlights the drone's role in pushing the boundaries of space-based instrumentation.
Enhancing Space Communication Architectures

The overall goal of these operational demonstrations and experiments is to contribute to the improvement of US space-based communications architectures. By testing these cutting-edge technologies, the X-37B mission aims to bolster the resilience, efficiency, and security of vital communication networks operating in space. This aligns with broader objectives to maintain and advance US capabilities in space.

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What new technologies will be tested on this military space drone?

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