Eclipse Recon Unit

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Nano-lattice armor with adaptive refraction plating shifts between mirror-reflective and radar-absorbent states, rendering it nearly invisible to both visual and thermal bands. Twin fusion-pulse engines ignite 8,200 K plasma exhaust through variable-geometry nozzles, sustaining 4.8 km/s low-altitude flight while hugging terrain at 12 meters AGL.
Its onboard neuromorphic AI processes 360° point-cloud data at 1.2 million points per second, predicting collision paths 14 frames ahead.

Nano-lattice armor with adaptive refraction plating shifts between mirror-reflective and radar-absorbent states, rendering it nearly invisible to both visual and thermal bands. Twin fusion-pulse engines ignite 8,200 K plasma exhaust through variable-geometry nozzles, sustaining 4.8 km/s low-altitude flight while hugging terrain at 12 meters AGL. Its onboard neuromorphic AI processes 360° point-cloud data at 1.2 million points per second, predicting collision paths 14 frames ahead.