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China built a camera that can resolve 1.7 mm detail at a distance of 62 miles…

Brief

China has reportedly developed a synthetic-aperture lidar camera capable of 1.7 mm resolution from 62 miles away. Because it is laser-based and doesn’t rely on a large lens, the author argues the system could inspect micrometeoroid damage on solar arrays, identify satellite sensors, and comprehensively catalog foreign military satellites in orbit.

Why it matters

China built a camera that can resolve 1.7 mm detail at a distance of 62 miles (≈100 km).

Key details

  • The system uses synthetic-aperture lidar (laser-based imaging) and therefore does not require a large conventional lens.
  • At this resolution the author claims it can reveal micrometeoroid damage on solar panels, identify sensor payloads, and catalog every foreign military satellite in orbit.
Source evidence

China just built a camera that sees 1.7mm detail from 62 miles away.

The system uses synthetic aperture lidar - a laser-based technology that doesn't need a large lens.

At this resolution, you can spot micrometeoroid damage on solar panels, identify sensor payloads, and catalog every foreign military satellite in orbit.

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