'"As this is a lander that was designed to survive passage through the Venus atmosphere, it is possible that it will survive reentry through the Earth atmosphere intact, and impact intact," Langbroek wrote in a blog update"'
Uh, no.
1) High-energy plasma at 3,200 K upon re-entry. This occurs for 25 minutes or so. This is why Columbia became ... a large number of pieces of wreckage strewn across multiple US states.
2) Venera probes use drag-parachutes to reduce velocity to the point that they can survive entry into the atmosphere of Venus. But, this was built by the Soviet union -- it didn't get out of low Earth orbit. Do you think that parachute functions? It doesn't, it won't.
3) The reasons cited for it 'surviving' re-entry are ... G-forces and atmospheric pressure. None of those address the fact that, though the surface of Venus is ~= 737K ( https://en.wikipedia.org/wiki/... ), you'll notice that the surface temperature of Venus is 2,463 kelvin 'colder' than atmospheric re-entry. What material do you think the probe is made of? Unobtanium?
Ridiculous. It will not survive atmospheric re-entry. it will not be 'a single piece' when it (or most of it, the parts that weren't vaporized by high-energy plasma), gets to sea-level.