U.S. Seeks Extradition of Audi Exec Linked to Diesel Cheating Scandal
The U.S. has requested that Germany hold a former executive with Audi AG for extradition on charges he defrauded regulators and consumers by helping to develop illegal software used to cheat on diesel emission tests.
#legal #regulations
The U.S. has requested that Germany hold a former executive with Audi AG for extradition on charges he defrauded regulators and consumers by helping to develop illegal software used to cheat on diesel emission tests.
Bloomberg News identifies the executive only as Giovanni P. He apparently is Giovanni Pamio, who was indicted by the U.S. Dept. of Justice in July. German authorities arrested Pamio last month in their own probe of possible Audi cheating.
Pamio worked on Audi diesel development in Germany and later headed Audi’s V-6 diesel program in the U.S. He left the company earlier this year.
Prosecutors in the U.S. say Pamio realized it would be impossible to meet the country’s emission targets under VW’s design constraints and opted instead to develop software to evade certification tests.
Pamio is the eighth person charged in the U.S. case. Most of those executives are Germans currently living in Germany and are shielded from likely extradition. Bloomberg says Pamio is an Italian national and thus could be turned over to American authorities.
RELATED CONTENT
-
Choosing the Right Fasteners for Automotive
PennEngineering makes hundreds of different fasteners for the automotive industry with standard and custom products as well as automated assembly solutions. Discover how they’re used and how to select the right one. (Sponsored Content)
-
on lots of electric trucks. . .Grand Highlander. . .atomically analyzing additive. . .geometric designs. . .Dodge Hornet. . .
EVs slowdown. . .Ram’s latest in electricity. . .the Grand Highlander is. . .additive at the atomic level. . .advanced—and retro—designs. . .the Dodge Hornet. . .Rimac in reverse. . .
-
Plastics: The Tortoise and the Hare
Plastic may not be in the news as much as some automotive materials these days, but its gram-by-gram assimilation could accelerate dramatically.