GoKawiilAnduril's Anduril-216 satellite demonstrates infrared tracking of spacecraft in darkness
Anduril says its first satellite, launched in July on a SpaceX rideshare, uses a long-wave infrared sensor adapted from its weapons systems to detect the heat signatures of other spacecraft even when they pass through Earth's shadow. The oven-sized satellite orbits at about 590 km and spends roughly a third of each orbit in darkness, a period when company officials say existing US tracking systems are largely blind. It also carries two visible-light cameras and an onboard computer that fuses the feeds and generates tracking solutions without ground analyst input.
GoKawiil's interpretation of the reporting above, not reported fact.
Space Force officials use satellite tracking to warn of collisions and spot hostile maneuvers, so a persistent blind spot during orbital night could let rivals like China maneuver covertly, as the company's engineering head suggests. If Anduril's claims hold up, the technology could give the US military a new way to monitor adversary satellites continuously, though the capability has only been demonstrated with a single infrared image so far. The reliance on company statements rather than independent verification means the sensor's real-world performance remains unconfirmed.
- Anduril-216 uses infrared sensing adapted from autonomous weapons to track satellites during Earth's shadow periods.
- Company officials claim the US currently lacks the ability to monitor adversary satellites during these dark orbital stretches.
- The satellite also carries visible-light cameras and an onboard computer capable of autonomous tracking analysis.
Source: techspot.com — Zo Ahmed, 2026-11-13
Published there as: “Anduril's first satellite has night vision for catching rivals sneaking around in orbit”
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