The materials recovered from the Fraser farm bear a striking resemblance to LRV engineering drawings. Unexplained Residue PM became interested in revisiting the Australian debris analysis when we noticed a similarity between a photograph of the mystery honeycomb and a cross-section diagram in the LRV engineering study. Let us know what you think. We were also curious about two points that were raised in the university's chemical analysis, but not pursued once it was determined that the debris originated on Earth. The first has to do with the presence of small amounts of titanium.
Titanium is a strong, lightweight metal used extensively in spacecraft.
While some fiberglass products also contain titanium, it is not in the chemical form found in the debris. The second curiosity has to do with chemical residues. Those found on the honeycomb were similar to those typically found in the vicinity of high-temperature chemical explosions. A possible explanation for such an explosion can be found in LRV engineering drawings. Like the German Me 163 rocket plane, the main engine of the LRV was designed to burn hypergolic fuel, highly reactive fluids that can explode on contact, releasing tremendous amounts of energy.