(source: Porsche via Wired)

Hybrids and super fast were usually not spelled in the same sentence until Porsche opened a can (rather a car) of   surprise for the motoring world with its new hybrid 918 Spyder in Geneva earlier this year.

Now for the first time some of those potential customers got to see and hear Porsche’s latest creation in person. The 918 was flown over from Germany for the annual Pebble Beach Concours d’Elegance in Montery, California. The video above shows a covert shakedown drive before the car was shown to the public.
Read More http://www.wired.com/autopia/2010/08/video-porsche-918-hybrid-makes-debut-drive-in-california/#ixzz0wtLtUQEV

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(Source: via Transportation Research Board Weekly E-Newsletter)

The National Renewable Energy Laboratory has released a report that explores the components of plug-in electric vehicle infrastructure, challenges and opportunities related to the design and deployment of the infrastructure, and the potential benefits.

“Quantum entanglement” may sound like an awful sci-fi romance flick, but it’s actually a phenomenon that physicists say may someday lead to the ability to teleport an object all the way across the galaxy instantly.

It’s not exactly the Star Trek version of teleportation, where an object disappears then reappears somewhere else. Rather, it “entangles” two different atoms so that one atom inherits the properties of another.

“According to the quantum theory, everything vibrates,” theoretical physicist Michio Kaku tells NPR‘s Guy Raz. Kaku is a frequent guest on the Science and Discovery channels. “When two electrons are placed close together, they vibrate in unison. When you separate them, that’s when all the fireworks start.”

This is where quantum entanglement — sometimes described as “teleportation” — begins. “An invisible umbilical cord emerges connecting these two electrons. And you can separate them by as much as a galaxy if you want. Then, if you vibrate one of them, somehow on the other end of the galaxy the other electron knows that its partner is being jiggled.”

Continue reading the rest here:  Scientists Take Quantum Steps Toward Teleportation : NPR.

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(Source: Cooper Hewitt Design Blog)

Found this interesting article about NYC’s newly designed bike rack called NYC Hoop on the Smithsonian Cooper Hewitt Design Museum’s blog.

“Residents with an eye for detail will notice that the city’s newly designed bike rack, the NYC Hoop, is starting to make its presence felt on the streets, as the city tests various securing methods to both sidewalks and subway grates. Designers Ian Mahaffy and Maarten De Greeve (of Denmark’s Bettlelab) won the 2008 CityRacks Design Competition, coordinated by theNYCDOT in collaboration with the Cooper-Hewitt National Design Museum,Google, and Transportation Alternatives.”  This beautiful, easy to use dye cast piece of work is not only easy on the eye but also comes with a very small foot print, making it very suitable for a space crammed uber-Urban environment like NYC.

Interestingly enough, the article posted by Laura Forde notes that the Big Apple is moving ahead with wide-spread deployment plans for the Hoop – nearly 3000 of them..  That must be good news for the ever growing biking population of New York, which has seen tremendous jump in biking recently.

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Yesterday (June 15, 2010), I had the chance to attend “Online Engagement for Sustainable Urban Mobility”, a panel discussion and roundtable organized by EMBARQ, the sustainable transportation arm of the World Resources Institute, at its headquarters in Washington, D.C. Part of a week-long citywide festival focused on technology and innovation, the event brought together citizen activists and representatives from government agencies and non-profits to discuss open data, online citizen engagement and collaboration – while looking at the nation’s capital as a case study.  The agenda, as seen on the invitation

How urban transportation can be made more sustainable through:

• Open Data
• Blogging and Citizen Journalism
• Government Transparency and Civic Engagement
• Citizen Collaboration

This was a great forum to share/listen best practices, lessons learned, failure stories and ideas of how to put theory into practice, as it relates to the following over-arching questions: What online tools exist in the D.C. area to make transportation more efficient, user-friendly and sustainable? What are some examples of Web-based innovation and collaboration in the D.C. transport sector? How can government, technology and civil society work together to improve the way we move around – by foot, by car, by bike, and by transit – in the nation’s capital?

The awesome panel consisted of the following individuals:

Moderator: Christian Madera (Columnist, Next American City)
Host: Erica Schlaikjer (Online Engagement Coordinator, EMBARQ)

Panelists:

• Bryan Sivak (Chief Technology Officer, District of Columbia)
• Lance Schine (Chief Information Officer, District Department of Transportation)
• David Alpert (Blogger, Greater Greater Washington)
• Justin Jouvenal (Web Editor, Postlocal.com)
• Nick Grossman (Director of Civic Works, OpenPlans)

Roundtable Discussion Leaders:

• Eric Gundersen (Development Seed)
• Harriet Tregoning (Office of Planning)
• Nat Bottigheimer (WMATA)
• Dan Silverman (Prince of Petworth)
• Zvi Band (FixMyCity DC)
• Philip Ashlock (OpenPlans)

Here are some  interesting observations worth sharing, courtesy of Moderator Christian Madera and fellow participant Kara Hadge, contributing author of New America Foundation’s Sustaining Democracy in a Digital Age blog,  who sat right next to me and offered great input to our discussion group.  For a detailed recap/summary, I seriously recommend you to check out Christian column on Next American City and Kara’s blog post titled Wired Cities .

• While the local city government has been at the forefront of releasing its municipal data for the public and developers to utilize, most of the region’s transportation falls under the jurisdiction of WMATA, the regional transit agency.
• DDOT is involved is now sharing an API for real-time location data for the city’s small fleet of circulator buses, and embarking on the use of QR codes on buses and shelters to assist both passengers and transit managers
• DC Circulator will shortly be launching an Open Data Challenge for developers, featuring three categories: Public Apps (Web and/or Mobile;), Visualization (currently there is no dashboard to monitor what’s happening on all lines), and an unknown internal app to be used by WMATA/DDOT.
• DC Capital Bikeshare #CaBi website  http://capital-bikeshare.appspot.com/ is expected to be launched soon
• DDOT is looking to add (someday) these MIT conceived futurisitic looking, networked, read again – networked, bus stops called Eyestop

In all, it was a great experience meeting and listing to some of the best minds in business about the use of social media tools and emerging opensource efforts in transportation.  Thanks to EMBARQ and the Digital Capital Week community for putting together this event.  I’ll certainly keep you informed of  other resources/products resulting from this event as they become available.

(Sources: Consumer Reports, Detroit Free Press, Wall Street Journal & CNN Money)

Consumer Reports magazine dealt Toyota Motor Corp. a blow Tuesday issuing a rare “don’t buy” recommendation for the 2010 Lexus GX 460 sport-utility vehicle.

Four of the magazine’s auto engineers found a safety risk during their standard emergency-handling tests.  The specific problem, according to the magazine’s testers, involved the slow reaction of the vehicle’s electronic stability control system when a driver takes it through a turn while quickly lifting his or her foot off the accelerator. Consumer Reports explained the problem in detail on its website as follows:

In real-world driving, lift-off oversteer could occur when a driver enters a highway’s exit ramp or drives through a sweeping turn and encounters an unexpected obstacle or suddenly finds that the turn is too tight for the vehicle’s speed. A natural impulse is to quickly lift off the accelerator pedal. If that were to happen in the GX, the rear could slide around far enough that a wheel could strike a curb or slide off the pavement.

Either of those scenarios can cause a vehicle to roll over. And because the GX is a tall SUV with a high center of gravity, our concern for rollover safety is heightened.

Like almost all current SUVs, the GX has standard ESC. That system is designed to prevent a vehicle from sliding out in a turn and has generally worked very effectively in the vehicles we’ve tested. It does that by applying individual brakes and cutting engine power to help keep the vehicle on its intended path. But the GX’s system doesn’t intervene quickly enough to stop the slide, and the rear end swings around too far.

“All four of Consumer Reports’ auto engineers who conducted the test experienced the problem in an exercise used to evaluate what’s called lift oversteer,” the magazine said in a statement.

The special designation given to the GX 460 by Consumer Reports — “Don’t Buy: Safety Risk” — is rarely given by the magazine. The last time it was used was in 2001, on the Mitsubishi Montero Limited.

“We’re concerned with the results,” said Toyota in a statement, adding that the company will try to duplicated Consumer Reports’ test “to determine if appropriate steps need to taken.”

About 5,000 GX 460s have been sold in the roughly three months the model has been on sale, the magazine said. It advises current owners of this vehicle to approach exit ramps with caution, and to call Toyota demanding a fix for the problem.

The recommendation comes as Toyota tries recover from a safety crisis that has hurt its reputation as a quality leader amid concerns that its Toyota and Lexus products are prone to sudden acceleration.

Click here to read more.

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(Sources: Wired; RTTNews, Associated Press, The Detroit News GM Press Release)

Image Courtesy: GM

General Motors always dreams big, no matter how much money they have in their bank account.  Now that Uncle Sam’s treasury is backing up the financial future,  GM continues its tradition of dreaming big and the latest outcome of this is a future where people navigate crowded cities in big Segways that look kinda like a Dyson vacuum cleaner and can drive you home when you’ve had one too many after a long day at work. . Seriously.

Today, GM unveiled a trio of electric “urban mobility vehicles,” built with help from the über-geeks at Segway, today in Shanghai. They’re called Electric Networked Vehicles (EN-V) and they’re designed for cities bursting at the seams with traffic.  The EN-V, pronounced “envy,” is GM’s latest effort to burnish its credentials as a future-focused, environmentally friendly company and shed its image as the bastion of the gas guzzling Hummer. The automaker is in the process of winding down Hummer after a deal collapsed to sell it to a Chinese heavy equipment maker. The helmet-shaped two-seater vehiclesunveiled today in Shanghai will be now showcased at world expo 2010 to be held in Shanghai starting May 1 through October 31. The pavilion will be shared by GM with its Chinese partner SAIC Motor Corp.  There will be three models on display in Shanghai:

• Red – Jiao, or Pride – Created by designers at GM Europe, the vehicle was influenced by bullet trains and Chinese opera masks.
• Black – Miao, or Magic –  Sculpted by designers at GM’s Advanced Design Studio in California and influenced by the consumer electronics industry’s sleek, masculine looks.
• Blue –  Xiao, or Laugh –  Created by GM Holden’s designers in Australia, who took a more lighthearted approach to the vehicle’s “gumball blue” paint and nautical design.

Shanghai is the perfect place to show the funky runabouts because China is the largest automobile market on the planet. A lot of thought is going into figuring out how all those people buying all those cars will get around. Sixty percent of the world’s population will live in urban areas by 2030 and there will be 2 billion cars on the road. Automakers are looking for ways to build cars that pollute less and take up less space.

Here are some interesting nuggets gleaned from the above sources:

• To that end, the two-seater concepts are about one-sixth the size of a conventional car.
• They’re made of lightweight materials like carbon fiber and weigh just 1,000 pounds apiece. GM says you can squeeze five of them into a single parking space.
• The 1.5 meter by 1.5 meter (about 5 foot by 5 foot) EN-V appears to build on GM’s earlier work with Segway Inc. in developing the Personal Urban Mobility and Accessibility (PUMA) concept vehicle. It will use the same types of battery cells as the Segway and the same battery supplier, Valence Technology Inc.
• The propulsion technique employed in the prototype was, however, introduced earlier by GM on its Hy-wire concept, introduced at the Paris Motor Show 2006.  The forward-thinking concepts build upon we saw last year in New York.
• Powered by Lithium-ion batteries and enriched with capabilities like dramatically smaller turning radius, the zero-emission vehicle is designed to travel at least 40 kilometers on a single charge.
• GM notes that the operating costs are one-fifth to one-sixth the price of a conventional motor vehicle and one-third to one-fourth the operating cost of a passenger car.
• The EN-Vs are super-connected. They’ll use GPS, distance-sensing technology and vehicle-to-vehicle communications to ease congestion and reduce the risk of accidents. GM says the vehicles can “sense” what’s around them and react quickly to obstacles or changes in driving conditions.
• There’s a motor in each wheel and a lithium-ion battery. It’s got “dynamic stabilization technology” so it can balance on two wheels, and GM says it can “literally turn on a dime.” It also says the vehicles have a range of 25 miles and a top speed of 25 mph, which it says is more than adequate for daily city driving.
• There will be an estimated 1.2 billion vehicles worldwide in 2030. That’s up from 844 million three years ago, according to the Motor & Equipment Manufacturers Association.
• People living in major cities will have a more difficult time commuting because in 20 years, 60 percent of the world’s population will live in urban areas, according to GM.
• In major cities, 30 percent of fuel is wasted while drivers hunt for parking spots, which adds to the cost associated with operating vehicles.

Click here for some interesting pictures and a detailed scoop.  If you are interested in reading more about the concept and have the time to enjoy some cool videos that demonstrate the technology and vision, click here.

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(Sources: Popular Mechanics; Washington Post; Defense Update)

This week the Israeli Air Force (IAF) held a ceremony spotlighting the “operational acceptance” of its biggest unmanned aerial vehicle, the 4.5-ton Heron TP, or “Eitan.” The far-flying UAV, with a wingspan almost as long as a 737 airliner, appeared on the runway with a comparatively diminutive F-15 alongside it.

But how will Israel use them? The Eitan can carry a ton of payload and can reach Iran’s nuclear facilities, which the United Nations last week determined is hiding an active weapons program. But that does not mean these will be used as bombers. The IAF has been buying and upgrading airplanes specifically for long-distance strikes such as a potential attack against Iran. At least 50 F-15 Raam and F-16 Soufa aircraft have been converted by installing extra fuel tanks for greater range and countermeasures to defeat radar and missiles. So maybe the warplane/UAV tag team presented at the “operational acceptance ceremony” speaks to how manned and unmanned aircraft will work together on missions: The drone provides information while the manned airplanes drop the guided munitions.  (Click here to read the Popular Mechanics coverage on this issue)

Some interesting nuggets of information:

• Heron TP drones have a wingspan of 86 feet (26 meters) making them the size of passenger jets.  It weighs nearly 4.5 tons.
• The Eitan can carry a ton of payload and can reach Iran’s nuclear facilities (repeated from 2nd paragraph above)
• The planes can fly 20 consecutive hours, and are primarily used for surveillance and carrying payloads.
• It could provide surveillance, jam enemy communications and connect ground control and manned air force planes.
• Apart from long range, long endurance Intelligence, Surveillance and Target Acquisition Reconnaissance (ISTAR) missions, Eitan is designed to execute a large variety of operational missions, including aerial refueling and strategic missile defense.
• The Heron TP has been in development for about a decade, but the aircraft first saw action during Israel’s offensive against Hamas militants in the Gaza Strip just over a year ago. The IAF already rushed this UAV into action during the 2008–’09 war in Gaza, so the ceremony really served as a reminder to Iran that its drone fleets can reach the nation.

Israel considers Iran a strategic threat because of its nuclear program, long-range missiles and repeated references by its leaders to the Jewish state’s destruction.

Israel has hinted at the possibility of a military strike against Iran if world pressure does not halt Tehran’s nuclear program. Israel and the U.S. believe Iran is trying to build nuclear weapons; Iran says its program is for peaceful purposes.

Israeli companies are considered world leaders in drone technology and now export unmanned aircraft to a number of armies, including U.S.-led forces that have used them in Iraq and Afghanistan.

FYI – Back in 2009, TransportGooru brought to you an article published by the  Esquire magazine that explored the use of UAVs in the United States armed forces in the battlefields of Afghanistan and Iraq.    Click here to learn more about the UAVs in the United States military.

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New Report: U.S. Falling Off Pace of World Leadership In Intelligent Transportation Systems

Why the U.S. is Missing the Intelligent Transportation Systems Revolution

WASHINGTON, D.C.— A new report by a leading Washington, D.C. think tank will be released on Wednesday, January 27^th, highlighting the increasing disparity between foreign industrialized nations and the United States regarding the current use of new technologies to address major transportation congestion, safety, and environmental problems.

At Wednesday’s forum, researchers from the Information Technology and Innovation Foundation (ITIF) will issue the report and discuss its findings with domestic and international transportation experts.  The report, Explaining International IT Application Leadership: Intelligent Transportation Systems, discusses why the United States has fallen behind in developing intelligent transportation technology while nations such as Japan, South Korea, Singapore and others have made significant progress and advances.

Date:   Wednesday, January 27, 2010

Time:  9 AM – 10:30 AM

Place:  Information Technology and Innovations Foundation,  1101 K Street, NW, Suite 610A , Washington, DC 20005

(News media inquiries, please call ITIF at 202-449-1351)

Participants

• Robert Atkinson (moderator),  President, The Information Technology and Innovation Foundation
• Stephen Ezell (presenter), Senior Analyst, The Information Technology and Innovation Foundation

Respondents:

• Scott Belcher, President and CEO, ITS America
• Riz Khaliq, Global Business Executive, Intelligent Transportation Systems and Growth Markets, IBM Global Government
• Masahiro Nishikawa, Japan Ministry of Land, Infrastructure, Transportation and Tourism (MLIT)

Report Should Be “A Serious Wake Up Call” For the U.S.

“The report should be a serious wake-up call to our nation’s transportation leaders and policy makers as to why the U.S. is not staying competitive in the international market,” said Scott Belcher, President and CEO of ITS America. “Other industrialized nations have learned that a major key to transportation efficiency and economic growth is by deploying intelligent transportation systems (ITS) to allow for the safe and easy movement of goods and people.

“We have the opportunity to reverse this disparity if we don’t continue to ignore 21^st Century technology in addressing our transportation problems,” Belcher said.

According to the report: “Many think improving a country’s transportation system solely means building new roads or repairing aging infrastructure.  But the future of transportation lies not in concrete and steel, but in a network of sensors, microchips, and communication devices that collect and disseminate information about the functioning of the transportation system.”

The report also introduces specific recommendations on how the U.S. government can accelerate the deployment of ITS to remain economically competitive with other industrialized nations.

“Information Technology Is Revolutionizing Transportation”

ITS technology includes real-time, in-vehicle traffic and transit information; new types of automated road pricing; adaptive traffic signal timing; safety warning systems; and many other applications which leverage IT to enhance the safety, efficiency and convenience of transportation, including for cars, trucks and mass transit.

“What ITS do is empower actors in the transportation system—from commuters, to highway and transit authorities, even down to the actual traffic lights themselves—with actionable information, that is, intelligence, to make better-informed decisions, whether it’s choosing which route to take, when to travel, or whether to mode-shift; how to optimize traffic signals; where to build new roadways; or how to hold providers of transportation services accountable for results,” said Stephen Ezell, ITIF lead report author.

“As we have seen technology revolutionize how we work and live, information technology is revolutionizing transportation. Other nations are already using intelligent transportation technology to reduce traffic collisions, congestion and carbon emissions,” Belcher said.

“Imagine being able to receive real-time information about traffic congestion or incidents on freeways, updates of when the next bus or train will arrive when using mass transit, or collision avoidance warnings from autonomous vehicle sensors when crashes appear imminent,” Belcher said. “In many other industrialized parts of the world, this is already happening.”

NOTE: This event will be live webcast here on the day of the event. News media inquiries, please call ITIF at 202-449-1351.

How do you drop ~$2m worth in a pond of water in a jiffy?  This is how they do it (at least one man did it successfully) in Texas.  Read along this twisted version of a Pelican Brief style thriller ( though no murder of human beings involved, it involves a very expensive &  rare automobile)..

A man blamed a low-flying pelican and a dropped cell phone for his veering his million-dollar sports car off a road and into a salt marsh near Galveston. The accident happened about 3 p.m. Wednesday on the frontage road of Interstate 45 northbound in La Marque, about 35 miles southeast of Houston.

The Lufkin, Texas, man told of driving his luxury, French-built Bugatti Veyron when the bird distracted him, said La Marque police Lt. Greg Gilchrist. The motorist dropped his cell phone, reached to pick it up and veered off the road and into the salt marsh. The car was half-submerged in the brine about 20 feet from the road when police arrived.

The story reported by Chris Paschenko @ The Galveston County Daily News has some interesting details. The man was uninjured after escaping the partially submerged Bugatti Veyron as it came to rest in about 2 feet of saltwater. The man, who refused to give his name, was looking at real estate in Galveston.

About 3 p.m. a low-flying pelican distracted him as he traveled north on Interstate 45 just south of the hurricane levee near Omega Bay. The man jerked the wheel, dropped his cell phone, and the car’s front tire left the frontage road and entered a muddy patch, which foiled his attempt to maneuver away from the lagoon. Chris’ report says Veyron’s powerful engine gurgled like an outboard motor for about 15 minutes before it died.

(Soureces: AP Via Google; The Galveston County Daily News; The Inquisitr)