Extreme Engineering

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SUMMARY

The WWII German railroad artillery, known as the "Deutschland," was an extremely massive weapon requiring two parallel tracks (four rails) plus two additional rails at the firing site for crane assembly. It needed two locomotives for aiming and featured handbrakes. The shells could penetrate four feet of steel armor, and the firing blast forced the crew of 4,000 to stay 250 meters away, shattering windows kilometers away. This weapon was notably used to shell Sevastopol, representing an extraordinary feat of engineering complexity and scale.

PREREQUISITES

  • Railroad artillery engineering and logistics
  • Ballistics and armor penetration mechanics
  • Heavy artillery aiming and stabilization techniques
  • Historical context of WWII German weaponry

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  • Study WWII railroad artillery deployment and logistics
  • Analyze heavy artillery aiming mechanisms involving locomotives
  • Research armor penetration capabilities of large-caliber shells
  • Explore engineering solutions for managing blast effects and crew safety

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Military historians, weapons engineers, artillery specialists, and enthusiasts of WWII technology and extreme mechanical engineering feats.

Hornbein
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An extremely massive and unwieldy weapon. I knew about the WWI railroad artillery but for WWII Deutschland outdid itself. To bear the weight the railroad line had to have two parallel tracks for a total of four rails. Then two more rails at the firing site for the crane used to assemble the gun. Two locomotives were required for aiming. It had handbrakes. The shells could penetrate four feet of steel armor. When fired the crew of four thousand had to be 250m away. The blast shattered windows several kilometers distant. It was used to shell Sevastopol.
 
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Gadget madness. Too elaborate to summarize. Is it hyperLEGO?

 
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Jet engines run at 1500 C but the turbine blades don't melt. Ninety years of engineering.

 

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