🤯 Did You Know (click to read)
Glide ratio is a core metric in aviation, determining how far an aircraft can travel without engine power.
Modified replicas of the Saqqara Bird achieve glide ratios similar to simple folded paper airplanes under calm conditions. While modest, these ratios confirm that lift exceeds drag for measurable distances. Glide ratio quantifies horizontal distance traveled per unit of descent. Achieving even basic glide ratio requires coordinated geometry and balance. The artifact’s shape supports that threshold. Engineers emphasize that small models demand precise scaling to perform reliably. The results demonstrate functional aerodynamic behavior.
💥 Impact (click to read)
Paper airplanes rely on the same physical laws governing commercial jets. The fact that a 2,200-year-old carving performs within that same low-performance envelope feels jarring. The scale may be humble, but the physics are identical. Ancient wood and modern paper converge in aerodynamic principle. That cross-era consistency amplifies its anomaly.
Forbidden Archaeology thrives on boundary crossings. The Saqqara Bird crosses from funerary art into demonstrable glide physics. Its performance may not rival sailplanes, but it does not need to. It only needs to prove viability. That proof exists in measured descent.
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