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Boeing, Saab take first flight in T-X trainer 36 months after starting development

This post is appearing on Autoblog Military, Autoblog's sub-site dedicated to the vehicles, aircraft and ships of the world's armed forces. Bringing a new fighter from drawing board to its first flight is generally a lengthy endeavor, taking years of planning and tweaking and engineering. Or, at least it normally does. Boeing and Saab just took their new joint-developed training fighter, the T-X, out for its first spin just 36 months after starting development. According to Saab's deputy program manager for the T-X, Eddy De la Motte, that's half the time it usually takes to get a new jet in the sky. "We went from [critical design review] to first flight in 12 months. We don't do that very much at the Boeing Company," Boeing's program manager for the T-X, Ted Torgerson told Defense News. "I don't want to say it has not been done, but for a manned aircraft to go through a complete production-ready design, that is as fast and as efficient as we've ever been through it." Boeing/Saab's first test flight was a simple, 55-minute matter for Boeing test pilots Steven Schmidt and Dan Draeger. The pair took the plane up to 10,000 feet and hit speeds of 231 knots (265 miles per hour) while running handling checks on the twin-tail, single-engine jet. "I've been a part of this team since the beginning, and it was really exciting to be the first to train and fly," pilot Schmidt said. "The aircraft met all expectations. It's well designed and offers superior handling characteristics. The cockpit is intuitive, spacious and adjustable, so everything is within easy reach." "It was a smooth flight and a successful test mission," Draeger, who rode shotgun in the instructor's seat said in an official release. "I had a great all-around view throughout the flight from the instructor's seat, which is critical during training." Boeing/Saab's T-X is one of four jets competing for the role as the US military's next training aircraft. Northrop Grumman is fielding a clean-sheet design that allegedly flew earlier this year, while Lockheed Martin and Raytheon are modifying existing designs with partners – the South Korean KAI T-50 for Lockheed and the Leonardo M-346 for Raytheon. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. News Source: Defense NewsImage Credit: Boeing, Saab Saab Military

Saab 9-3 production to start in China in 2013 [UPDATE]

We knew that National Electric Vehicle Sweden planned to restart production of the last-gen Saab 9-3 at some point in the future, we just didn't know exactly when, or exactly where. As it turns out, the answers to those questions are soon, and China.
Though NEVS had initially said it will build vehicles in Sweden before shipping them to China, the latest report from Autocar suggests that the cars will instead be built right in Quingdao starting later in 2013. That's right, this calendar year. Also on the docket is a followup electric version of the 9-3, which is slated to come to market in 2014 in an effort to satiate China's wish that there be half a million EVs silently filling its streets within the next two years.
NEVS wants to be part of the EV solution, but it's not going to be easy. Naturally, if these cars are to be built in China, a factory has to be located or built, tooling needs to be in place, workers need to be hired and trained and a lengthy trail of paperwork has to be signed off by the government before even the well-known gasoline-powered 9-3 can be a reality, let along the unknown quantity that is the 9-3 ePower.

Junkyard Gem: 1983 Saab 900 Turbo 4-Door Hatchback

I've been finding quite a few interesting Saabs in Colorado car graveyards lately, including a 96 and a 99 (sadly, a discarded example of a Saab 92 has eluded me — at least in the United States — so far), and now it's the turn of the factory-hot-rod Saab that gave car shoppers more horsepower per dollar than anything they could buy from Germany at the time: the 900 Turbo. I found this car a few weeks back in a yard just south of Denver. Saab sold the original version of the 900 in the United States for the 1979 through 1993 model years (after that, the 900 name went on a car based on the Opel Vectra and closely related to the Saturn L-Series), and the early 900s looked very much like their 99 ancestors. Saab was an early adopter of turbocharging, and so the 900 Turbo was available here for the entire 1979-1993 sales run. This engine, a 2-liter slant-four derived from a 1960s Triumph design (and first cousin to the engine used in the Triumph TR7), was rated at 135 horsepower in 1983. That was big power for a small car in the Late Malaise Era, and it gave the 1983 Saab 900 Turbo a power-to-weight ratio similar to what you got in the Mitsubishi Starion and Porsche 944 that year. Electronic fuel injection finally made turbocharging work well for everyday driving (though the Maserati Biturbo stuck with blow-throw Weber carburetors all the way through 1986 in the United States), and it wasn't long before TURBO became a magical word. Yes, by 1984 you had Ozone and Turbo break-dancing while Ice-T makes his film debut. A few years earlier, with the (carbureted) Turbo Trans Am's not-so-stellar reliability on display, Boogaloo Shrimp's character would have been assigned a different name. Though it's possible, based on the fact that at least one 1980s boombox was built from a Saab 900 dash, that Turbo's name was inspired by Saab. Saab should get credit for doing so much to push turbocharging into the daily-driver mainstream. You could get a three-speed Borg-Warner automatic transmission in your new 1983 Saab 900, but it added 370 bucks (about $1,075 in 2022 dollars) to the cost of the car and made it much less fun to drive. This one has the 5-speed manual; I assume the E next to fifth gear stands for "efficiency." The five-door 900 Turbo listed at $16,910 with five-speed manual, which comes to about $49,055 today. A new BMW 528e cost $23,985 that year ($69,580 now) and offered just 121 horsepower.