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Spyker files $3 billion lawsuit against General Motors over Saab's demise

"Smack." That's the sound of Spyker's process server dropping a big ol' pile of legal documents on the doorstep of The Renaissance Center, home of General Motors - or wherever GM's attorneys live during business hours. Contained therein is a Complaint, filed in the U.S. District Court for the Eastern District of Michigan and demanding a jury trial, that seeks $3 billion in damages due to "the unlawful actions GM took to avoid competition with Saab Automobile in the Chinese market." Spyker accuses GM of "tortiously interfering" with Saab's business relationship with Chinese automaker Zhejiang Youngman Lotus Automobile (Youngman), actions that Spyker CEO Victor Muller (above) said "deliberately drove Saab Automobile into bankruptcy."
(From Wikipedia: "Tortious interference, also known as intentional interference with contractual relations, in the common law of torts, occurs when a person intentionally damages the plaintiff's contractual or other business relationships.")
The interference in question specifically refers to the very last potential deal, called the Framework Agreement, that Spyker worked out with Youngman. With lots of GM engineering embedded into the 9-4X and 9-5, The General had the right to approve any Saab partnership that would involve the transfer of GM intellectual property. Spyker had been rebuffed over every previous deal with a Chinese firm, including two bids by Youngman, due to GM concerns over its IP getting into Chinese hands and having to face Chinese-market competitors using its technology. The Complaint alleges that the Framework Agreement would have put a firewall around all GM IP - Youngman would only work on Saab's Phoenix platform, said to be just about free of GM tech, and would have no access to 9-3, 9-4X or 9-5 technology until after Saab ceased all ties to GM.

Junkyard Gem: 1989 Saab 9000 Turbo

Saab got a lot of sales out of its 99 and 99-based 900 models, but a bigger and more modern car became necessary in order to compete with other European manufacturers in the executive-car market. This car was the 9000, and examples are getting very hard to find nowadays. Here's a 200,000-mile turbocharged 1989 Saab 9000 in a San Francisco Bay Area self-service wrecking yard. Other than Mercedes-Benzes and Volvo 240s, I don't see many junkyard 1980s European cars with better than 200,000 miles on the clock. The owner or owners of this Saab loved it enough to keep it in nice shape for a good 30 years, and it drove more than 7,000 miles on average during each year of its life. The engine is the same 160-horsepower turbocharged Saab H that went into the 1989 Saab 900 Turbo. This engine is descended from the Triumph Slant-4, which Americans knew best as the power under the hood of the Triumph TR-7. Members of this engine family remained in production from 1968 through 2009. It has the five-speed manual transmission, which was starting to become an unusual transmission choice for U.S. car buyers by 1989 — even in Saabs. The Scania badging on Saabs went away after 1995. I see plenty of Saab 900s during my junkyard wanderings, but 9000s aren't so easy to find in the big U-Wrench yards in 2018. I'm not sure what's going on with the fabric in this car's door-panel inserts. Saab went with the same ignition-switch location as everybody else with the 9000, rather than the "traditional" spot between the front seats. Naturally, Saab purists were so outraged by this that they ordered another round of surstromming and swore to stick with their two-stroke 96s for the next 30 years. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Ballet in 3 acts for 8 SAAB 9000 Turbos. Featured Gallery Junked 1989 Saab 9000 Turbo View 18 Photos Auto News Saab Automotive History

NEVS Sango autonomous shuttle rises from the ashes of Saab

National Electric Vehicles Sweden (NEVS), the company that purchased Saab's bankrupt carcass in 2012, has introduced an autonomous ride-sharing shuttle named Sango and announced plans to test it in real-world conditions. It also outlined a system named PONS that will allow operators and riders to connect with the shuttle. Saab famously claimed its cars were born from jets, but the Sango looks more like something you'd find in a store that sells small kitchen appliances than on an aircraft carrier sailing across the Atlantic. It wasn't designed to go fast, or to deliver engaging handling. Stylists intentionally gave it a boxy silhouette to maximize interior space and let operators offer three cabin configurations called private, social, and family, respectively. Its six seats can be moved around and rotated as needed, and the passengers can raise privacy walls if they don't feel like socializing with fellow riders. The shuttle's seating capacity drops to four with the walls raised. Chinese technology firm AutoX provided the Sango's self-driving hardware and software, though NEVS pointed out its shuttle is modular enough to use any autonomous system on the market. This is a wise strategy that widens its target audience. Operators will in theory be able to choose whether they want to purchase a turn-key self-driving shuttle or buy the basic structure and stuff their own technology into it. NEVS grouped the app customers will use to request a ride and a fleet management system into a software package it named PONS. Technical specifications haven't been released. All we know is that it's electric. NEVS confidently stated autonomous shuttles are closer to the mainstream than many think. "Getting from A to B with self-driving electric vehicles is not as far off as perhaps the car industry is implying. The era of one person per car and the era of owning a car are soon things of the past," opined Anna Haupt, the company's vice president of mobility solutions, in a statement. Engineers have started testing the first running Sango prototype at NEVS' headquarters in Trollhattan, Sweden. Looking ahead, the company plans to deploy a fleet of 10 autonomous shuttles in Stockholm, where they will be used by members of the general public. Autoblog learned from a company representative that testing will probably start in 2022, and that the firm is taking COVID-19-related concerns into account.