Post by Karl Eberhard Hunke

Wow, crazy, a 19th-Century Concept in a 21st-Century Tuxedo The Ultimate Dinosaur: How VW Pushed Oldtimer Tech to the Absolute Limit IC Engine vs. Electric Weight: EA888 Gen 5: Around 130–140 kg due to the heavy engine block, turbocharger, and accessories. Electric Motor: Around 40–60 kg. It is incredibly compact and weighs less than half as much. Number of Components: EA888 Gen 5: Well over 1,000 individual parts that must move with absolute precision (pistons, valves, camshafts). Electric Motor: Only about 20 to 30 moving parts. This means minimal friction and almost zero mechanical wear. Key Raw Materials: EA888 Gen 5: Mostly steel, aluminum, and cast iron. The emissions control system requires rare, expensive precious metals like platinum and palladium. Electric Motor: Primarily copper and steel. The magnets inside the motor often rely on rare-earth elements like neodymium. Manufacturing Costs (Engine Only): EA888 Gen 5: Very expensive to produce. Complying with strict emissions regulations requires complex 500-bar fuel injection and advanced turbocharging technology. Electric Motor: Inexpensive to produce because the mechanical design is straightforward and highly automated. 💥 The Reality Check By throwing billions into perfecting an outdated architecture just to scratch past shifting European emission laws, the German automotive giant is stuck in a dangerous loop. While specialized engineers fight over fractions of a millimeter in mechanical tolerances, global competitors are rapidly scaling software and next-gen battery chemistries. This obsession with perfecting yesterday's technology leaves a haunting question on the factory floor: Does anybody believe VOLKSWAGEN will have success with this in the future? Or keeps the future-proof jobs in their German factories? #GoodbyeCO2

Video Content