You'll find any information about sport car here

Only at http://www.egaotomotive.blogspot.com

You'll find any information about car modification here

Only at http://www.egaotomotive.blogspot.com

You'll find any information about any luxurious car here

Only at http://www.egaotomotive.blogspot.com

You'll find any information about concept car here

Only at http://www.egaotomotive.blogspot.com

You'll find any information about classic car here

Only at http://www.egaotomotive.blogspot.com

Showing posts with label Green. Show all posts
Showing posts with label Green. Show all posts

Monday, October 24, 2011

Truck Wars: Even With Heavy Duty Trucks, The Fight Turns to Green

AppId is over the quota
AppId is over the quota
You are here: Cars > Articles > Truck Wars: Even With Heavy Duty Trucks, The Fight Turns to Green See more pictures by clicking the above photo. Ford ©

Al Peterson’s 1999 Ford F-Series pickup is holding up pretty well. It’s got 221,000 miles on it. But the Asheville, NC contractor is thinking of trading up this year to a Heavy-Duty pickup, especially since he picked up a trailer at an auction that will easily hold more than 10,000 pounds of building supplies. Peterson, who has previously owned both Fords and Chevys says he has been “noodling around the Internet" looking at information about both the new Ford Super Duty hitting showrooms this Spring, as well as the Silverado Heavy Duty coming later in summer. Unfortunately, for Dodge, he has already checked out the all-new Ram Heavy Duty and passed.

“This is a big deal for me,” Peterson said. “I’m 50, and I want this to be the last work truck I have to buy before I retire.”

It’s a big decision for Peterson, and it’s big stakes for Detroit. The overall pickup market was down with the whole industry, more so because the housing and new construction industries have been harder hit by the economic downturn than others; and so goes housing, so goes pickup sales. The introduction of new heavy duty pickups this year, in full marketing flower by this Fall, might turn out to be well-timed if economists predicting some economic growth by then are actually correct.

But the companies are not counting on growth. And Ford in particular sees opportunity to steal customers from Chevy/GMC and Dodge. Reputation, capability, service at the dealer and brand imagery are vitally important among truck buyers, especially heavy-duty buyers. But whether the customer is Peterson, who is buying one truck, or Claude Masters, Florida Power and Light’s vehicle acquisition and fleet manager who manages thousands of heavy-duty trucks, the priority for both has changed since the last time they made big purchases. It’s gone from towing, payload and off-road capability to fuel economy.

“Don’t get me wrong,” Masters said. “Capability is hugely important, but Chevy and Ford are so close on those things that cost of ownership, and especially fuel economy, is top of my list right now.” Peterson adds, “If I can pencil out big savings on fuel over the next ten years, that’s gonna factor big when I pull the trigger.”

Where Is Toyota, Honda and Nissan?

Where there is a fuel economy fight, you expect to find Asian automakers in the ring. Not this time.

Toyota and Nissan made huge noise three and four years ago as they ramped up their Tundra and Titan full-size pickups respectively. The plan was to put a hurt on Detroit’s hammerlock on the uber-profitable full-size-truck market to establish credibility in the light-duty segment, and then pursue the HD segment. But it hasn’t gone well. Nissan has already bagged its truck aspirations, and pivoted to pursuing the commercial delivery-truck market instead. Toyota’s Tundra got some good reviews and ratings. But they were heavily discounted out of the gate and saw Detroit out-flank it with a retail strategy that saw Ford and Chevy dealers working double-time not to lose buyers to Toyota. Toyota’s San Antonio workers have probably built as many park benches and fences as trucks, busy. Toyota executives say not to look for heavy-duty, especially diesel powered versions, any time soon.

“Full-sized trucks is the one market where I feel confident saying Detroit will continue to totally dominate as far as the eye can see,” says James Hall of 2953 Analytics.

1. Directions to your house include "turn off the paved road."2. You have been ogling tires at the Firestone store that are taller than your ten-year old.3. You are getting transferred to Texas or the Arizona Hill country. Even if you live on a paved road, Super Duty makes you an instant player at the Moose Lodge.4. Your next job interview is at a quarry.5. You are contemplating moving ... your house.6. You are making good on your kid’s wish for a pony.7. You have the kind of job (oil rig, gas field, power company field operator) that puts the life expectancy of a pair of jeans at less than that of a honeybee.8. You look at hills and buttes in terms of how much aggregate can be pulled out of them instead of how long they will take to climb.9. You unintentionally lengthened the wheelbase of your pickup the last time you went to tow a trailer.10. You went to pick up a hubcap off the ground and it turned out to be your belt-buckle.

Ford’s new Super Duty rolls into dealerships this Spring. According to the specifications released by Ford, Chevy and Dodge, Ford will lead or at least edge out Chevy on most of the key measurements of capability: conventional towing, fifth-wheel towing, payload limit, etc. But it’s pretty close between the two. Where Ford is hoping to create the biggest gap is in fuel economy. “Having 500 more pounds of towing capacity, or 10 more horsepower doesn’t cut much ice, though it does give you a ‘best in class’ headline on the comparison charts,” said Ford’s diesel manager Adam Gryglak. “But we decided the one thing we could do that would make it really hard for the competition to match was fuel economy.”

He may be right. On a Super Duty preview in Prescott, Arizona, Ford had journalists use the trucks on a rock crawl, pulling 26,000 pounds, driving through 8 inches of mud, up and down gravel, dirt roads. But the star of the demonstrations was fuel economy. A caravan of journalists drove new Ford Powerstroke diesels from a quarry 16 miles off paved road to Phoenix. The whole trip was about 75 miles. Each truck had three or four people, plus 1000-pound loads in the bed. I rode in a truck that managed 24.5 mpg, with the driver staying locked on 55 mph except for the 16-mile dirt-road bit. But a team of three who was out to win, got more than 29 mpg. Ford says it’s own testers scored between 23 mpg to 26 mpg. The fuel economy was tracked on the truck’s electronic system.

“I am confident that we re going to win the fuel economy contest,” Gryglak said. At the Chicago Auto Show, Chevrolet general manager Jim Campbell said he expected the new Silverado HD to be best in class. But was before Ford released its own ratings, or had journalists test the trucks.

The Federal government does not certify fuel economy for trucks above 8,500 pounds, making fuel economy a raucous discussion over drafts. Chevy says its trucks will have at least a 680-mile range on a 36-gallon tank, suggesting a 19 mpg highway rating.

"No one can say who is best in fuel economy until all three companies and media outlets have all three trucks to put through the same paces," Chevy spokesman Brian Goebel said.

The Silverado HD will be available in July, Goebel said. This week, GMC released information about its new Sierra Denali HD truck, but did not include fuel economy information.

Ram spokesman Dave Elshoff agreed with Goebel, and said, "Our Cummins diesel has a tried and proven track record for performance and reliability and that is going to count for a lot with customers when they are comparing us against the new and untried." Reviews of the new Ram HD’s fuel economy by journalists places its fuel economy, thus far tested, around an unofficial 16 mpg to 18 mpg at best.

It will be interesting to test, and the war of words will continue well into the Fall. Consumer Reports tested a 2008 Super Duty, and got 10 mpg in combined use. Ford says the flex-fuel version of the SD improved by 15% over the old engine. That is a long way from the 24-29 mpg journalists got in Arizona this month testing the Ford. CR had also rated the current Chevy HD pickup at 12 mpg, and Goebel says the new Duramax bests that by 11%.

Both Ford and Chevy have had to design and manufacture new diesel engines to meet Federal emissions standards. Dodge had already been meeting them with its Cummins diesel before the new version of the truck hit showrooms the last few months. As of January,1, 2010, all new diesel-powered vehicles had to meet tougher federal diesel emission standards that reduce allowable nitrogen oxide levels by 90 percent from previous standards., and 96-percent from 1994 levels. NOx is a major air pollutant that contributes to smog, asthma, and respiratory diseases. It's a byproduct of diesel’s high combustion temperatures.

Ford has long relied on Navistar to supply its engines but broke that relationship over issues of quality and differences of opinion about diesel technology. An internal "skunkworks" at Ford fast-tracked a new diesel engine in-house. GM’s Duramax diesel is still made in partnership with Isuzu. And all three companies still also offer flex-fuel gasoline powered versions of their heavy duty trucks.

The rivalry between the Detroit Three isn’t so big any more when you look at each product side-by-side. It used to be, for example, that Ford and Chevy would race to the finish line at the end of December, prodding dealers to buy more cars or trucks so they could call bragging rights at January’s Detroit Auto Show about who outsold who. That’s gone now as companies are focused more on profits than out-scoring one another on slivers of market share.

But in the heavy-duty truck category, it’s old school time. To demonstrate how capable a Ford 550 Super-Duty with flat-bed can be, Ford had journalists pull a Ram HD flatbed, with a giant boulder chained to it, for a total load of 26,000 pounds. It was to prove that the Ford truck could pull the entire gross-vehicle-weight of the Ram. When demonstrating a tow-truck package for the Super Duty 550, Ford had drivers hook it up to a Chevy Silverado HD. And to demonstrate all of the Super Duty’s towing, trailering, tractor-pulling and rock-crawling prowess, Ford held the event at an Arizona quarry. Anyone remember Chevy’s famous “Like A Rock” campaign? “I hadn’t really thought about that,” said Ford Truck chief Doug Scott with a grin.

Ford Super Duty marketing manager Mike Murphy said that loyalty rate among Ford Super Duty owners is 45%, meaning 45% of owners who buy a new vehicle re-up with Ford Super Duty. A chunk of the 55% actually trade down to light-duty trucks and often stay with Ford. And there is some trading out of the brand to Chevy and Dodge.

For all the talk about how the American public is moving away from SUVs and pickups, the truck market is still vitally important to Detroit. Profits per truck easily exceed $10,000 per pickup. When buyers start adding feature on top of feature, pushing transaction prices up above $35,000, the cash register really rings because each option package and feature carries its own profit margin.

True, the weekend-warrior pickup market has severely dried up. In the mid to late 1990s and into the early part of the new century, Polo shirt-wearing suburbanites were buying pickups as second cars like they used to buy sports cars. Today, the pickup market is back to being more about "need rather than want," said Chevy's Jim Campbell. "Maintaining 'cred in the heavy duty market definitely spills over to the light-truck market."

While Ford has been the leading full-size truck brand for more than three decades, Campbell points out that Chevy and GMC pickups combined typically outsell Ford. It is a rivalrous bone of contention between Ford and GM every year.

Dodge is a bit of an outlier from Ford and Chevy. Horsepower, torque and tow rating, runs at a clear deficit to Ford and GM. But Ram has its followers. A sportier, more masculine exterior design, and a first-class interior has created a following for Ram especially among recreational towing enthusiasts -- including those who pull snowmobiles, WaveRunners, dirt-bikes and off-roaders.

"We get our share of the work truck, but we are especially popular with the sporting crowd," says Fred Diaz, head of Chrysler's Ram brand.

Indeed, when Chrysler was going through Chapter 11 Bankruptcy last year, financiers eyeballed the Ram truck business as the most desirable asset to possibly buy in a sale of Chrysler, together with the Jeep brand. And it was Ram that Nissan turned to supply its future pickup trucks to be sold under the Nissan badge after the company mothballs Titan, but that deal has come unglued since Italian automaker Fiat bought Chrysler.

The big rivalry among the Detroit Three throughout the 70s, 80s and early 90s was among one another, more than with the Asians such as Toyota and Honda. But after Toyota and Honda began beating Detroit in sales of mid-sized cars, with Toyota Camry and Honda Accord leading, the air seemed to go out of the old cross-town rivalries that used to pit Mustang against Camaro and the Ford brand against the Chevy brand. But with the Japanese badly stumbling in full-sized trucks, it's back to the future to see who will win the truck wars on a battlefield that has the generals fighting over fuel economy as much as how heavy a trailer each on can pull.



Home, Architecture and Furniture



Travel Info

Sunday, October 23, 2011

Hybrid Evo gets green light

AppId is over the quota
AppId is over the quota

The next Mitsubishi Evo will be powered by a hybrid powertrain and will go on sale within three years, company president Osamu Masuko has confirmed to Autocar. Although Masuko did not reveal the full technical details, it is understood that the Evo XI will switch to a diesel-electric hybrid powertrain, saving it from tightening emissions regulations while preserving its trademark mid-range shove.

“We will start work on the project next year, and it will be ready within three,” said Masuko. “I have set the goal of developing a sporting car featuring electric power.”

See our image of the hybrid Mitsubishi Evo

It is hoped that the mix of diesel torque and electric motor will deliver a 0-62mph time of under five seconds, yet cut CO2 emissions to less than 200g/km.

The Evo XI will feature a revised version of the S-AWC four-wheel drive system, which integrates braking, steering and traction control.

The future of the Evo has been the subject of much debate this year. Senior management initially claimed it would be axed in favour of investing in electric vehicles, but it reversed this decision following a backlash from fans.

Masuko is believed to have made the decision after being persuaded that a halo model such as the Evo could have a positive effect on the entire Mitsubishi range, which is set to become increasingly environmentally focused.

See all the latest Mitsubishi reviews, news and video

Comments: 13 Join the discussion

Previous story  |  News home  |  Next story



New Automobile



News

Ford's New Interceptor Will Be Mean, Green

AppId is over the quota
AppId is over the quota
Ford has debuted its new Police Interceptor that will be based on its popular Taurus model (Ford).

DiggThis

If you've been in the habit of keeping an eye out for cops driving Ford's iconic Crown Victoria Police Interceptor, you might want to recalibrate your eagle eyes. Ford recently debuted their next-generation cop car and for the first time in decades, the car won't be based on the popular rear-drive sedan. The new Police Interceptor will be based on the Taurus, the company's popular (and recently redesigned) front- and all-wheel-drive sedan.

"Police nationwide asked for a new kind of weapon in the battle for public safety, and Ford is answering the call with a purpose-built vehicle – engineered and built in America – that's as dynamic as it is durable," said Mark Fields, Ford president of The Americas.

The new Taurus-based police car comes on the heels of safety concerns about the old Crown Victoria-based vehicle, which was faulted for its fuel-tank design and location. Law enforcement officials said the cars were to blame for fires resulting from rear-end collisions. Ford later offered a fire suppressions system for their fuel tanks and a protective shell around the trunk itself which prevented items inside from piercing through into the tank. The new Taurus-based model passes a brand-new 75-mph rear-end crash test, something Ford claims no other law enforcement vehicle can do.

Gallery: Ford's New Cop Car

In addition to being safer, the new "PI" will be greener by an orchard's worth of trees. Ford will offer law enforcement two different engines, but in a surprise move indicative of the times, no V-8 engine will be offered. Vehicles will be outfitted with either a 3.5-liter V-6 (263 hp) or the 3.5-liter Ecoboost twin-turbo V-6 (365 hp). In keeping with the efficiency theme, the Ecoboost cars come equipped with a six-speed transmission. Current Taurus EPA fuel economy puts the sedan at 18 city / 28 highway, but given the added weight on the police unit, fuel economy will likely drop by a few miles per gallon.

Ford insists their new V-6 engines offer the power of a V-8 with the efficiency of a smaller engine. Letting the numbers tell the story, the V-6 Ecoboost has significantly more power than today's Crown Victoria PI with its modular V-8 engine. The Crown Victoria's V-8 pumped out a comparably smaller 239 horses, a difference of more than 100 hp against the new Ecoboost V-6.

Looks Familiar, But Only Skin Deep

Ford insists the new Taurus-based Police Interceptor shares its skin and some of its powertrain components with the civilian version but little else. As with the past Crown Victoria-based PIs, this new cop car receives significantly upgraded brakes, better cooling and a beefier alternator. Police-specific upgrades continue in the interior as well, with stab-proof seats to protect the driver and her partner, while the rear doors extend an extra 10 degrees to accommodate the wily bad guy.

But retaining some of the civilian's car's charms actually behooves the uniformed officer. Cops will be able to take advantage of the back-up camera, electronic stability control and SYNC infomatic system, features that everyday drivers love.

Ford's current Crown Victoria Police Interceptor goes out of production at the end of 2011; the new PI model picks up production immediately thereafter and should be arriving on the mean streets in early 2012.



Home, Architecture and Furniture



Travel Info

Saturday, October 15, 2011

Study finds that EVs are green with smaller batteries

Translate Request has too much data
Parameter name: request
Translate Request has too much data
Parameter name: request
By Scott Doggett October 11, 2011

Toyota Prius.jpg

Electric vehicles (EVs) fitted with small battery packs are more environmentally friendly than EVs fitted with large battery packs, according to a recent study conducted by researchers at Pittsburgh-based Carnegie Mellon University. Plug-in vehicles with small battery packs and hybrid-electric vehicles (HEVs) that don't plug in can reduce life cycle impacts from air emissions and enhance oil security at low or no additional cost over a lifetime, researchers found. But plug-in vehicles with large battery packs are more costly and may have higher or lower emissions than HEVs, depending on where and when they are plugged in.

"Current government policy provides larger subsidies for vehicles with larger battery packs, assuming that larger is better," said Jeremy J. Michalek, an associate professor of engineering and public policy and mechanical engineering at CMU. "While larger battery packs allow plug-in vehicles to drive longer distances on electric power instead of gasoline, they are also expensive and heavy, they are underutilized when the battery capacity is larger than needed for a typical trip, they require more charging infrastructure and they produce more emissions during manufacturing." Vehicles with smaller battery packs such as the 2012 Toyota Pruis Plug-in HEV qualify for a $2,500 federal tax credit, while vehicles with larger battery packs such as the 2012 Fisker Karma and the 2012 Nissan Leaf – both battery-electric vehicles (BEVs) – are eligible for a $7,500 federal tax credit.
In the study, Michalek and co-authors concluded that electrified vehicles with smaller battery packs are more efficient in reducing societal costs for health care, environmental damages and oil consumption. The American Recovery and Reinvestment Act of 2009 provides up to $7,500 in tax credits for up to 200,000 plug-in vehicles with larger battery packs. "Because vehicles with larger battery packs are more expensive, fewer of them can be subsidized, and that can result in lower total benefits," said Michalek, who recently received a $400,000 grant from the National Science Foundation to analyze how public policy could help determine the types of vehicles built in coming years and how consumers might respond to these vehicles.
"It's possible that in the future plug-in vehicles with large battery packs might offer the largest benefits at competitive costs if the right factors fall into place, including sufficiently low cost batteries, high gasoline prices, low emission electricity and long battery life," said study co-author Mikhail Chester, assistant professor of sustainable engineering at Arizona State University. "But such a future is not certain, and in the near term, HEVs and plug-in vehicles with small battery packs provide more emissions benefits and oil displacement benefits per dollar spent."
The research by Michalek, Chester and others was aimed at understanding tradeoffs in the capabilities of new technologies and to predict what near- and long-term strategies should be. "Given the major spending cuts under debate in Washington, it is important that we get the most benefits out of spending designed to improve the environment and energy security," Michalek said. "In the near term, HEVs and plug-in vehicles with small battery packs offer more cost-effective benefits. More research on batteries – especially lowering cost – and a transition to a cleaner electricity grid are needed to pursue a future where large battery packs may also be able to help address climate change, air pollution and oil dependency at competitive costs."
Emissions Considerations
The researchers estimated life-cycle emissions damages for comparable new midsize vehicles, including a conventional vehicle (CV), a hybrid-electric vehicle (HEV), plug-in hybrid-electric vehicles (PHEV) with battery packs sized for storing 20 miles worth of range on electricity only (PHEV20) or 60 miles worth of range on electricity only (PHEV60) with the remainder powered by gasoline. They also considered a battery electric vehicle (BEV) with a 240-mile pack (and no gasoline engine). They estimated location-specific externality damages for releases of carbon monoxide (CO), nitrogen oxides (NOx), particulate matter (PM), sulfur dioxide (SO2), and volatile organic compounds (VOCs) using data from a 2010 National Research Council (NRC) study with their $6 million estimate for value of statistical life, and they examined a range of estimates for damages from greenhouse-gas emissions.
The researchers combined these externality values with data on U.S. driving patterns from the 2009 National Household Travel Survey and data on manufacturing, fuel cycle, and operation emissions from Argonne National Laboratory to estimate U.S. life-cycle damages for each vehicle. Fig. 1 summarizes the results. In their base case, the researchers assumed average U.S. values for emissions and damage valuation of electricity generation, oil refining, vehicle and battery production, driving location, and upstream supply chain emissions. They used a medium global valuation for greenhouse-gas emissions, and they assumed the battery would last the life of the vehicle. Although gasoline production and combustion produce significant emissions, battery and electricity production emissions are also substantial.
"We find that, in the base case, plug-in vehicles (PHEVs and BEVs) may produce more damage on average than today’s HEVs," the authors wrote in their study. "This fact is due in large part to sulfur-dioxide, or SO2, and greenhouse-gas emissions from coal-fired power plants." That said, they noted that power plant emissions associated with charging a plug-in vehicle could be higher or lower than today's U.S. average grid mix, depending on region, time of day and regulations, such as caps on sulfur-dioxide emissions or renewable portfolio standards, and anticipated plant retirement and new plant construction. Additionally, considerable variation in electricity emissions factors exist for each charging location depending on the geographic boundary chosen for analysis. To put bounds on these factors, researchers presented a hypothetical optimistic case, where zero-emission electricity is used to charge the vehicle, and a pessimistic case, where coal-fired power plants are used to charge the vehicle.

Michalek-chart-1.jpgIn the pessimistic case, the study concluded, the BEV could be responsible for more than a $5,000 increase in lifetime damages over the HEV (all costs are in year 2010 U.S. dollars). In the optimistic case, the BEV could reduce lifetime air emissions damages by about $100. Although the costs of damages from vehicle-associated emissions are significant, the damage reductions that can be gained through electrification are small compared to the total cost of owning and operating a vehicle, the researchers reported.
Lifetime Ownership Costs And Damages
In another chart, the researchers summarized the lifetime private cost paid to own and operate each vehicle type, plus the cost of the oil premium and damages caused by lifetime emissions charged to the owner at the time of purchase, assuming no change in driving patterns. In the base case, they used U.S. average grid emissions, average gasoline prices in the period 2008–2010, a long battery life, scheduled maintenance costs estimated by Oak Ridge National Laboratories, charging infrastructure cost estimates based on installation data, and Argonne National Laboratory estimates of vehicle costs in the year 2015. "Although the lifetime costs of conventional, HEV, and PHEV20 are comparable, it is clear that the high costs of vehicles with larger battery packs are not balanced by fuel cost savings or emissions damage and oil premium reduction," the report said.

Michalek-chart-2.jpgThe researchers also compared an optimistic scenario, using the highest historical weekly U.S. gasoline price, U.S. Department of Energy targets for vehicle costs in 2030 (which Argonne National Laboratory called "very optimistic"), long battery life, and zero-emission charging. In the optimistic scenario, plug-in vehicles with large battery packs could offer lower damage at lower lifetime cost. But competitiveness in this case was driven by direct costs, not externality damages, and market forces would presumably drive adoption in such a case. Conversely, in a pessimistic scenario using low gasoline prices, shorter battery life, coal-powered charging, and Argonne National Laboratory 2015 cost estimates, plug-in vehicles could produce more damages at substantially higher cost, according to the report.
The researchers also examined a range of other factors that affect costs and damages, such as urban versus rural driving, oil supply source, refinery location, emissions valuation and oil premium estimates. "Although large battery packs offer the largest emissions and oil consumption reductions at lowest cost in the most optimistic scenarios, they result in high costs and increased damages if not all of the right factors fall into place, including high gasoline prices and achievement of low battery costs, long battery life, and low electricity production emissions," according to the report. "In contrast, HEVs and PHEVs with small packs are robust, providing emissions reductions and oil displacement benefits at low cost with less infrastructure investment and lower uncertainty."

Scott Doggett:  is an AutoObserver.com Associate Editor.

Related Posts Plugin for WordPress, Blogger...

Technology



Education Information

Saturday, October 8, 2011

Are Green Car Buyers Shallow?

AppId is over the quota
The underlying connection was closed: A connection that was expected to be kept alive was closed by the server.
The 2011 Honda CR-Z was developed with a strong emphasis on the car's styling (Honda).

Don’t judge a book by its cover.

As children we’re told time and again that storied clich? which urges us to withhold judgment and look beneath the surface to find the true essence and value of something. But do we take it to heart? Those likely to buy electric vehicles certainly don’t.

According to a study by CNW Research, electric vehicle shoppers value distinctive styling in their green machines, even more than improved fuel efficiency and reducing carbon emissions.

The study of 6,000 responses from mass-market vehicle intenders was collected during April and May. It found that of the myriad reasons those surveyed would purchase an electric vehicle, a vehicle’s distinctive styling was the most important. With 52.33% of respondents claiming to value it the most, styling beat out lower emissions (39.68%), higher fuel economy (21.66%) and “makes a statement about me” (36.11%) to present an interesting profile of the typical “green” driver: Someone who bought his or her vehicle primarily because they thought it looked good.

Of course, the styling of a particular vehicle ranks among the most important aspects for consumers of conventional internal combustion engine cars. There is an important difference, however. “While likely EV buyers are looking for cutting edge design, conventional-vehicle buyers want ‘nice’ but not over the top,” said CNW.

Along with the vehicle’s exterior appearance, study respondents valued the styling of the car’s interior as well. “Overall Interior Appearance” was almost 25 points higher for electric vehicle intenders.

Why The Prius Worked 

The results of the CNW study can be seen in the huge success of the Toyota Prius over the past decade. The Prius hit the market with innovative new looks. Buyers shopping for a hybrid ate it up and the small sedan became so closely associated with the word hybrid, that it nearly became a generic term like Kleenex.

Hybrid efforts by other automakers, like Honda and Ford, lagged behind, as their strategy with vehicles like the Honda Civic Hybrid and Ford Escape Hybrid did not include distinctive styling. Looking identical to their gas-powered brethren, with merely a hybrid logo to distinguish the green models, these models did not allow their owners to make much of a statement.

The Prius, by contrast, was a stand-alone model that bears no resemblance to any other Toyota product. After also experimenting with hybridized versions of standard, internal-combustion-engine products, including vehicles from its luxury brand Lexus, Toyota recently launched its first stand-alone hybrid Lexus with the 2010 HS 250h.

According to CNW, styling also proved to be a major setback in Honda’s attempt at a performance-minded green vehicle in the Accord Hybrid. Sitting at the top of the Accord line, the Hybrid was the most powerful version of the best-selling sedan. Yet consumers did not bite, in part because the Accord did not have the innovative styling to match its high-tech powertrain. Honda discontinued the Accord Hybrid in 2007 after just three model years.

Stylish Developments

It seems as though the automakers, especially Honda, now have a better idea of what consumers want from a green product. For instance, the 2011 CR-Z, Honda’s new sporty hybrid, was developed with the utmost emphasis on styling, both inside and out.

“We wanted to bring something new to the marketplace and break out from the rest of the hybrid vehicles out there,” said Will Walton, a product-planning manager at Honda.

Walton said that Honda is targeting consumers that place a large amount of their consideration on the looks of a vehicle, so it knew it needed something that would really catch the eye, even before people realized the CR-Z was a hybrid car.

“The design can appeal to those seeking a hybrid or those who just want a stylish car. Design will be a key area of differentiation,” Walton said.



Home, Architecture and Furniture



Travel Info