Argentina Convicts Two Ex-Ford Officials in Torture Case
A court in Buenos Aires found two former executives of Ford Motor Co.’s factory guilty of aiding in the torture and kidnapping of 24 plant employees four decades ago.
#legal
A court in Buenos Aires found two former executives of Ford Motor Co.’s factory guilty of aiding in the torture and kidnapping of 24 plant employees four decades ago.
Pedro Muller and Hector Sibilla were given prison terms of 10 years and 12 years, respectively, as family survivors looked on (right). The court also sentenced a former army chief to 15 years in prison.
The two men had been accused of supplying the Argentine military dictatorship that controlled the country between 1976 and 1983 with photos, address and other data about the targeted Ford workers.
Court documents say the pair also allowed a detention center to be set up in the plant’s recreation area so that blindfolded and handcuffed abductees could be beaten and interrogated. Human rights groups say 30,000 people disappeared or were known killed during the dictatorship, according to Reuters.
Ford Argentina was not a party to the lawsuit. Prosecutors say they might try to sue Ford in a U.S. court. But legal experts tell Reuters that that plaintiffs would face numerous legal hurdles to do so.
RELATED CONTENT
-
Report: Ghosn Kept List of Hidden Compensation
Japanese prosecutors have found a list apparently created by former Nissan Motor Co. Chairman Carlos Ghosn that charts compensation the company didn’t report but he expected to receive, The Nikkei says.
-
Tesla’s Autopilot Feature Deemed Partly to Blame in Fatal Crash
The U.S. National Transportation Safety Board has concluded that Tesla Inc.’s semi-autonomous Autopilot feature was partly to blame for a crash 15 months ago that killed one of the carmaker’s customers.
-
Uber Settles with Family of Woman Killed in Self-Driving Car Crash
Uber Technologies Inc. has quickly settled on damages to the survivors of a woman killed in Tempe, Ariz., last week by an Uber test vehicle operating in autonomous mode.