1999 Suzuki Vitara Convertible Tracker Samurai on 2040-cars

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Osamu Suzuki names son Toshihiro president and COO

The old guard is slowly changing at Suzuki. The Japanese automaker controlled by its namesake family has appointed its scion, Toshihiro Suzuki, as its new president and chief operating officer. However, his aging father, Osamu Suzuki, now 85 years old, will continue to serve as chairman and CEO. The promotion was announced as part of a new board of directors revealed by Suzuki on Tuesday, confirming several executive and board appointments. They include the nomination of Yasuhito Harayama as vice chairman and Osamu Honda as chief technology officer. The eldest son of longtime chairman Osamu Suzuki, 56-year-old Toshihiro was named an executive vice president of the company in 2011. He's been widely regarded as the heir apparent, especially since his brother-in-law Hirotaka Ono died in 2007. Another president & COO, Hiroshi Tsuda, resigned in 2008, leaving Osamu Suzuki firmly in charge. Toshihiro is anticipated to eventually take over from his father, but it remains unclear when that transition might finally take place. 30 June 2015 Change of Representative Directors and Appointment of Executives At the Board of Directors held on 30 June 2015, Suzuki Motor Corporation has made the change of Representative Directors as follows. The new Board of Directors is as below:- 1.Change of Representative Directors New Name Previous Representative Director and Chairman (CEO) Osamu Suzuki Representative Director and Chairman & CEO Representative Director and Vice Chairman Supporting CEO Yasuhito Harayama Representative Director and Executive Vice President Supporting CEO / Business Development / Executive General Manager, Business Development Representative Director and President (COO) Toshihiro Suzuki Representative Director and Executive Vice President Supporting CEO / Global Marketing 2. Change of Commission of Representative Director New Name Previous Representative Director and Executive Vice President & Chief Technology Officer Osamu Honda Representative Director and Executive Vice President / Supporting CEO Automobile Engineering, R&D, and Quality / Executive General Manager, Automobile Engineering 3.

Recharge Wrap-up: NASA's EV plane, GM and Navy partner on fuel cell drone sub

NASA is building an all-electric test aircraft called the X-57. The lightweight plane's design balances speed with efficiency. The wings house two main propellers at their tips, with twelve smaller motors with retractable prop blades dotting the wing's lead edge. This helps it get the lift it needs to take off while reducing drag in the air, a delicate balance rooted in wing design. The X-57 is part of NASA's 10-year New Aviation Horizons program to make aircraft quieter, more efficient, and less polluting. Fans of The Right Stuff are sure to be pleased to see X-designated planes back in action. Read more at Wired. Suzuki has made its Baleno hatchback more efficient with a mild hybrid system. The European model has a lithium-ion battery pack under the front passenger seat that stores energy from a regenerative braking system to supplement power from the 1.2-liter engine during acceleration. Suzuki says the system improves the Baleno's fuel economy and reduces CO2 emissions by about five percent. Read more from Automotive News Europe. The Borgward BX7 plug-in hybrid SUV has won several Plus X Awards. The revived German automaker's PHEV received awards in the categories of Design, High Quality, Ergonomics, and Functionality. Any Plus X Award winner must display added value, which the panel of judges call the "Plus X Factor." The BX7 launched in China earlier this year, with plans to go on sale in India later this year and Europe soon after that. Read more at Green Car Congress. General Motors and the US Navy are teaming up to power underwater drones with hydrogen fuel cells. The Navy's goal is to provide its large displacement unmanned undersea vehicles (UUVs) with 60 days of operation between refueling. "Our in-water experiments with an integrated prototype show that fuel cells can be game changers for autonomous underwater systems," says Frank Herr, head of Ocean Battlespace Sensing at the Office of Naval Research. "Reliability, high energy, and cost effectiveness – all brought to us via GM's partnering – are particularly important as Navy looks to use UUVs as force multipliers." GM says that just as on-road experience gained through its Project Driveway fuel cell test fleet is valuable, automotive customers stand to benefit from lessons learned from this naval project. Read more in the press release below. GM AND U.S.

Funning around with ZF's Smart, Advanced Urban Vehicles

ZF has a lot of experience building various electric vehicle parts, including transmissions, but it doesn't put them all together into one cute little package that often. The ZF Advanced Urban Vehicle changes that, and shows what the company can do when it takes bits and pieces of its admittedly cool tech and throws them all into the shell of an old Suzuki Swift. We got to control the all-electric beast at an event in Germany this summer, using nothing but a connected iPad. There were three headline technologies on the AUV (also called the Smart Urban Vehicle): the remote control Smart Parking Assist function, the all-electric rear-axle drive electric Twist Beam (eTB), and the PreVision Cloud Assist. PreVision Cloud Assist ZF had a short track set up for us to try out the PreVision Cloud Assist. The first time around the track, nothing was different. It's not supposed to be. The trick with Cloud Assist is that the car saves real-world driver interactions into its memory and, with the addition of GPS coordinates, starts to learn how to drive the route. Go to work the same way every day? If you're being assisted by a cloud, then all you have to do is steer. The car learns how fast it can take a turn and when it needs to slow down, with the idea here is to let the car move when it can, increasing the efficiency and range of an EV. You're still in charge in case of traffic ahead, but in open road circumstances, you won't need to touch the brakes or the gas. Just the steering wheel. On my second time around the demo track (which had data from other drivers who had tested the car earlier in the day), I kept my feet off the pedals, and the darn thing worked. It slowed me down when necessary to make a curve, but kept me at a brisk pace that felt a bit too fast but was in fact totally appropriate. Electric Twist Beam There's another bit of cool tech hidden near the front wheels. The car uses a MacPherson strut that was modified to offer a wider steering angle, up to 75 degrees, to be exact. ZF calls this the electric Twist Beam (eTB), and it gives the car an incredibly tight turning radius, about 6.5 meters. An axle like this could go into an EV or an ICE vehicle, but it makes a lot of sense in an electric car since it does have a major problem: it can't be powered. No worries, thought ZF engineers, who made the little SUV rear-wheel-drive by adding two electric motors.