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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

Why won't automakers slap on a turbo badge anymore?

Where have all the turbos gone? Not the actual pieces that go in the engine, mind you, those are everywhere these days as automakers downsize cylinder counts and boost efficiency and CO2 claims. But the turbo badges and fanfare are missing. Back when turbos were something to get excited about there was "turbo-driven," "turbonium," and "The Turbo Zone," among other silly lines. But now that basically every car is getting some sort of boost even on the lowliest trims, automakers are almost sliding in the turbos under the radar. Or if you look at some of the nomenclature, pretending they don't exist at all. The 911 Turbo badge shows where the car goes from being sane to lunatic. It's an important border. The latest automaker to hide that it has boosted the turbo presence is Porsche with the 2017 911 lineup. Even the standard Carrera models now get turbocharged flat-six engines, meaning the 911 Turbo models aren't quite as special as they once were. Porsche is in a sticky situation with this. The 911 Turbo, after all, signifies where the 911 family takes off from being a sports car and becomes the Ferrari fighter. The 911 Turbo badge shows where the car goes from being sane to lunatic. It's an important border, but now Porsche has crossed it and is trying to downplay the fact. There are a lot of exaggerations with displacement badges today, with claims the 2.0-liter turbo four in a Mercedes C Class equates to a naturally aspirated 3.0-liter six to make a C300. Volvo is pretty far up there, too, saying an XC90 T8 means V8 power, even though it's a 2.0-liter turbocharged and supercharged four with electric assist. I don't know why BMW can't just call the car a 330i Turbo, rather than inflating the numbers up to 340i. Saab tried all of this back in the '90s when it decided to turbocharge its entire lineup, from light pressure units all the way up to models actually called "Saab 9-3 HOT" (for high-output turbo). But then the brand deleted any external reference to the turbo under the hood and people wondered why they were buying a $42,000 four-cylinder convertible. And that didn't turn out well. Even though these turbo replacements often make more power than their naturally aspirated predecessors, they're very different engines. People knew something changed when they exchanged their leased 328i with a 3.0-liter six for a 328i with a 2.0-liter turbo four.

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.