Toyota greenlights iQ Supercharger Concept for production [w/video]

Here's a surprise: Toyota has announced the company will produce the iQ Supercharger first unveiled at the 2011 Tokyo Auto Salon in limited quantities. The automaker has confirmed the development at the 2012 Tokyo Auto Salon. The vehicles will be built by partner Gazoo Racing and will feature a brawnier version of the same 1.3-liter four-cylinder engine found in the standard iQ. With a little forced induction on its side courtesy of a supercharger, the engine should be good for 130 horsepower and 133 pound-feet of torque. That's an increase of 36 ponies and 44 lb-ft over the stock configuration.

Like the concept, the production model will wear a not-so-subtle widebody kit, stiffer suspension and more aggressive brakes than its standard siblings. A six-speed manual transmission will be the only gearbox option. Indoors, buyers can expect to find custom seats and gauges that read all the way up to 124 mph.

Toyota and Gazoo Racing only plan to produce 100 of the muscle-bound iQ Supercharger models, and there's no indication its Scion cousin sold in the States will receive a similar treatment.

Watch the video:

Courtesy of AutoBlog

Happy MLK Day, everyone!

"That old law about 'an eye for an eye' leaves everybody blind. The time is always right to do the right thing."

Classic Toyota 2000GT turned into solar-powered EV

Saying the Toyota 2000GT holds a special place in our hearts is akin to calling oxygen and water kind of important to our survival. The long-nose two-door was envisioned as a suitable competitor to the likes of the European sports cars rolling out Italy and the UK at the time, and in many ways, the Toyota was far superior. Built at a time when Japan Inc. wasn't exactly known for beautiful automobile designs, the 2000GT may have been influenced by European cars of its day, but it has stood the test of time as one of the country's all-time design greats. The low-volume coupe is a piece of automotive legend, which is exactly why choosing to use a 2000GT as a platform for an electric conversion strikes us equal parts blasphemous and awesome. But that's exactly what Japan's Crazy Car Project has done.

The engineers behind the exercise ditched the standard 2.0-liter inline six-cylinder engine in favor of a 161-horsepower electric motor. A 35kWh lithium-ion battery provides the system with power, and the hood has been covered with photovoltaic cells to help keep the car going. Likewise, the back glass is covered in a transparent solar panel. All told, the system can propel the vehicle to around 124 mph.

Inside, the 2000GT SEV features a modernized interior with plenty of tech-laden gadgets. The vehicle was built in cooperation with Toyota and debuted at the 2012 Tokyo Auto Salon. Let's hope they started with a real basket case, eh? See a video of the car in action.

Courtesy of Autoblog

Toyota Halftime Handoff Week 15 Winner -- Positive Coaching Alliance

Voters chose Positive Coaching Alliance as the Toyota Halftime Handoff for Week 15. They'll be receiving a $10,000 donation to provide all youth and high school athletes a positive, character-building youth sports experience. Congratulations!

Toyota Reveals NS4 Advanced Plug-In Hybrid Concept

DETROIT, January 10, 2012 – Toyota Motor Sales, U.S.A., Inc. (TMS), today revealed the NS4 advanced plug-in hybrid concept vehicle at the 2012 North American International Auto Show (NAIAS) in Detroit. The NS4 signifies Toyota’s vision for future mobility with a focus on connectivity and the human interface.

Toyota engineers were challenged to design a new mid-sized concept for potential global market introduction by 2015. The NS4 concept is a dedicated plug-in hybrid, separate from the Prius family, designed with future mobility requirements in mind.

“In this digital age, cars are becoming another spoke in the wheel of our electronic connectivity,” said Jim Lentz, TMS president and chief operating officer. “NS4 demonstrates Toyota’s take on the human connection to the car with technology that considers both emotional and rational relationships, person-to-car and car-to-society.”

NS4’s advanced powertrain targets a next-generation Hybrid Synergy Drive plug-in system featuring reductions in component size and weight with improved overall fuel economy, better acceleration and longer all-electric range, while maintaining a short charge time.

Sleek, Futuristic Styling
The NS4 concept signals a new styling direction for the Toyota brand aimed at creating an emotional connection with consumers. NS4 styling lines reflect a new take on the aerodynamics of the modified triangle, with a low height and cabin-forward tilt. The distinctive open trapezoid grille is accented by a floating lower spoiler and wing-like daytime running lights wrapping around to a sculpted fender. Rear lamps wrap around the sides of the vehicle to quarter sections layered into blistered fenders, while the rear lamp wings create a sharp edge and the effect of a rear spoiler.

The A-pillars are ultra thin for improved driver visibility while maintaining roof
crush integrity. The roof line profile, lift back design and powered swan-wing doors create greater accessibility and efficient functionality.

Increased Connectivity
Traditional vehicle development cycles average four years, but this is rapidly changing in the digital age. Vehicles have become another communication hub in the connected-consumers lifestyle and automakers must integrate the latest technologies into their product offerings. In fact, connected vehicles are the third-fastest growing technological device, behind smartphones and tablets.

Toyota has formed special alliances with technology leaders such as Microsoft, Intel and Salesforce to explore the creation of seamless vehicle interfaces with emerging technologies. These alliances will help ensure Toyota is at the forefront of this emerging sector of the automotive market.

The NS4 concept’s Human-Machine Interface (HMI) provides a user interface built around a multi-touch screen with the look and feel of a smartphone. The simple, intuitive operation conveys information quickly while minimizing distractions and maximizing driver awareness. The multimedia and vehicle-controls enhancement also will direct air conditioning, audio, battery-charge and navigation functions. The HMI system is even capable of “learning” driver preferences and habits to anticipate driver responses in specific environments and situations. This concept represents a truly connected vehicle, offering the latest technology in a responsible and convenient package.

State-of-the-Art Safety Features
The NS4 introduces a next generation Pre-Collision System (PCS) with lane departure, rear-end and pedestrian collision avoidance technologies designed to predict collisions under certain circumstances and help avoid them. This PCS uses millimeter-wave radar and stereo cameras mounted on the front of the vehicle to detect and react to lane departure, pedestrians and other vehicles. In addition, the system emits near-infrared beams to enhance PCS recognition at night. This driver assistance feature helps to avoid collisions with other vehicles, road-side obstructions, and pedestrians by applying the brakes and manipulating steering.

The current generation PCS, available in certain Lexus and Toyota vehicles, is designed to identify certain objects directly in the road ahead. If PCS determines that a collision is imminent, the brake assist system is placed in standby mode, a warning is displayed and a buzzer sounds. If PCS determines that a collision is unavoidable, the system still will alert the driver via a warning light, warning display and buzzer, apply the brakes and automatically retract the driver and front passenger seatbelts.

Adaptive Driving Beam (ADB) headlights help prevent vision-impairing glare to oncoming drivers and pedestrians. Using a camera mounted behind the front grille and partial shielding inside the headlights, this feature allows drivers to maintain near-high beam illumination to improve nighttime visibility.

The pop-up  hood structure automatically raises the rear of the hood to increase the space underneath, helping to reduce pedestrian head injuries caused by a collision with the front of the vehicle, within certain speed ranges. This innovation is the result of testing and verification using both conventional crash-test dummies and Toyota’s Total Human Model for Safety (THUMS) virtual model.

Using sub-millimeter wave radar, the Blind Spot Monitor (BSM) is designed to detect a vehicle in the adjacent lane and visually alerts the driver using visual indicators placed in the upper dash.

Four new glass technologies are integrated into the windshield and front triangle, door, and rear windows to improve driver visibility, gas mileage and electric driving mode mileage efficiency:

• Hydrophobic coating – Fluorine coated glass causes rain drops to form into semispherical shapes for improved visibility and rain drop elimination (also used on the roof solar panel)
• Anti-fog film – High performance resin material with anti-fogging characteristics and increa  sed durability
• High ultraviolet (UV) absorbing inner-layer – Removes 99 percent of harmful UVA and UVB rays
• Anti-solar film with radio-wave transparency – Reduces the internal vehicle temperature and improves electronic device functionality

Inner and outer rear view mirrors have been replaced with cameras that provide the driver with a panoramic rearward view. The rearward image is displayed on a dedicated dashboard mounted screen above the navigation screen and provides a wider view than conventional rear view mirrors. The rearward panoramic camera view working in combination with the Blind Spot Monitoring (BSM) system enhances driving visibility.

“The continued success of our conventional hybrid vehicles has laid strong groundwork for market acceptance of future advanced technologies,” said Lentz. “NS4 demonstrates Toyota’s ongoing commitment to enhancing the safety, efficiency, and convenience of future mobility for people everywhere."

For additional information, including hi-res images and b-roll, please visit www.toyota.com/esq or www.toyotanewsroom.com.

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Courtesy of Toyota Newsroom

Marvel & Toyota Yaris present: The Incredible Drive Part 2

In the second installment of a special four-part Marvel Super Heroes: What The--?! adventure, Bruce Banner, Doctor Strange and The Punisher continue their journey to the magical land of Cleveland in Bruce's Yaris. But along the way, someone gets the craving for cotton candy and carousels, so a brief pit stop is in order.

Toyota Works on Recycling Hybrid Batteries

LOS ANGELES (Jan. 3, 12:20 p.m. ET) -- Forget those fears that hybrid and electric vehicles will result in landfills full of dead batteries.

When Toyota hybrid battery packs reach the end of their lives, every piece is recycled. And it’s all because of a program launched a year ago by Toyota Motor Sales U.S.A. and its dealers.

Moreover, service departments can use the battery-handling process to help sell new vehicles to used-Prius owners.

Nickel-metal hydride battery packs for EVs and hybrids are expected to last seven to 10 years and 150,000 to 300,000 miles depending on how the vehicles are driven, said Gary Smith, Toyota corporate manager of product quality and service support.

The California Air Resources Board requires the packs to last 150,000 miles, “but that’s not a magic number for us,” Smith said.

Few Toyota hybrids are near that mileage, but Smith expects the number to climb soon. About 500 battery packs expire each month. Toyota hybrids became truly popular with the launch of the second-generation Prius in 2003, meaning the rate of Toyota hybrids with high mileage will increase soon. About 1.3 million Toyota hybrids are in use.

When a hybrid battery starts to wane, a light on the vehicle instrument panel is illuminated, and the power to the wheels is reduced, Smith said.

When a dealership reports a dying battery pack, Toyota sends a reusable shipping container for the pack, which is loaded into the container and sent to recycling specialist Kinsbursky Bros. in Anaheim, Calif., Smith said. The packs weigh 100 to 150 pounds, so they can be shipped by UPS.

Kinsbursky breaks down the battery pack, removing the most valuable components -- the nickel and a few rare-earth elements. The battery modules are shorted out to remove the electric current, the electrolyte is decanted and the nickel is sent to a smelter outside the tough regulatory climate of California. The resulting smelt typically is turned into stainless steel used to make refrigerator doors. The shells around the pack are recyclable. The plastic housing is shredded and reused.

Kinsbursky can also recycle lithium ion batteries, which are replacing nickel-metal hydride batteries in many EVs and hybrids.

Typically when the hybrid battery nears the end of its life, vehicle owners are ready to get a new car anyway. A new battery pack retails for $2,589, slightly less than the cost of an engine rebuild. And while Toyota is trying to drive down the cost of a new pack, the replacement cost tends to push the decision for a trade-in. As a result, the dealer can install a new battery pack for a used car he can resell.

Courtesy of Plastic News