One problem with hybrid vehicles today is the recharging system. It just takes too long to recharge your battery. Given, that the hybrid electric vehicle range is extended with an internal combustion engine, for a “true” electric car, fast recharging of low batteries is a necessity.

With a 5 minute recharge time, A123Systems M1 cells charge almost 20 times faster than traditional Lithium-Ion cells. Also, at 1/3 the weight, expect that the vehicle range will be extended. A123Systems uses nanoscale materials that are inexpensive, nontoxic and safer than Li Ion batteries.

GM is prototyping A123Systems’ batteries in their Saturn Green Line Vue plug-in hybrid SUVs and are expecting double the fuel efficiency.

The Hyundai Azera is a car model from Hyundai Motor Corp. which was produced in 1986. The fourth generation of Hyundai cars is called the Hyundai Azera and it was marketed first in North America.

The all new Azera started in 2006 as an advanced sedan which provides many traits and amenities which are usually characteristic for more expensive cars. The Azera offers the full-size luxury automobile consumer a more elegant cabin, more security characteristics, and a smoother drive.

Technical aspects

The Azera has a four-wheel independent suspension (multi-link in the rear) and uses the company’s new 3.8 L Lambda V6, which generates 263-hp (196 kW). The power is sent to the front wheels through a five-speed automatic transmission with "Shiftronic" manual gear selection. Hyundai claims 6.3 seconds to accelerate to 60 mph (97 km/h) and a top speed of 157 MPH (252 km/h). The Azera has a fuel economy of 19 MPG (12.4 L/100 km) in the City and 28 MPG (8.4 L/100 km) on the Highway is expected.

Styles and Major Options

The Azera offers plenty of perfomance using an awe-inspiring 263-hp DOHC V6 24-valve aluminum power plant with CVVT, variable induction and intake of cold-air.

The Azera is the most uncompromising car Hyundai’s ever created through a double-wishbone front suspension and multi-link rear suspension, with front and rear stabilizer bars to provide an optimized ride and handling.

The Hyundai Azera is recognized an an Ultra Low Vehicle Emission. The Azera helps the driver reach amazing levels of efficiency, with a trip computer that allows for MPG monitoring. You are provided alloy wheels, heated front seats, leather seat-upholstery, and a power sun shade in the rear window. In the ultimate package are included an improved audio system with 10 speakers and a 6-Disc CD changer, a power sunroof, telescopic steering wheel, and rain-sensing windshield wipers.

Safety

Eight Airbags which come standard on the AzeraHyundai make you sure that their Azera has many standard features and it can be compared to Toyota Avalon, with Electronic Stability Control, Traction Control, as well as Anti-Lock Brakes (ABS). The Azera also comes standard with 8 airbags and remote keyless entry, and an anti-theft engine immobilizer. The Azera/Grandeur TG" is a full-size sedan. It is sold as the Hyundai Azera in North America.

Being a step up from the Sonata, the Azera is evaluated at $24,995 for a base SE model, $27,495 for the Limited version, and $29,995 for the Ultimate Package. The flagship Azera will be the most luxurious sedan Hyundai is selling outside of Korea.

The Azera was named "Best New Family Car (over $35,000)" in the 2006 Canadian Car of the Year awards.

It also was awarded by Car and Driver because it has more rear legroom than a BMW 7 Series. It is also believed to have more overall interior room than the BMW 7 Series.

For more details go to http://www.ourismanhyundai.com

We live in an age of information and technology that has made everything around us smarter. Electronic and digital components have made life easier in our homes, offices, and automobiles.

Some of life’s bells and whistles, like nose hair trimmers, are no more than budget-grabbing gizmos. However there are many intelligent tools that can bring convenience and safety to our daily tasks.

In the vast world of "smart" technology, the automotive electronics market is king. Indispensable features such as anti-lock braking systems and electronic stability control are perfect examples of smart and safe automotive electronics.

Recent developments by industry experts have created a huge increase in the number of electronic devices installed at automotive plants. Just to give you an idea of how quickly cars have evolved electronically, the Apollo 11 space craft traveled to the moon and back using a mere 150 kilobytes of onboard memory. It’s remarkable to think that the typical CD player uses a whopping 500 kilobytes just to keep our favorite songs from skipping.

Listening to uninterrupted music is a mere iota of how electronics have impacted a car’s performance in order to benefit drivers.

Telematics is the term used for the technology that involves automobile communication systems. The term was originally used to describe the blending of telecommunications and informatics or information technology. This industry has been gaining more and more attention from car manufacturers over the past years. In the mid-1990s, industry insiders predicted that telematics would become "the" go-to technology; increasing overall sales and more importantly, transforming the automotive industry into a major player in mobile technology. In reality, these forecasts panned out to be less than what was predicted. From an initial industry projection of over $40 billion dollars, the figure has been whittled down to half as more conservative measures were considered.

Nevertheless, that is by no means an indication that the development of this telematics technology has been or will be abandoned. In fact, on average automobile manufacturers spend $2000 on electronic systems for every vehicle that comes off the line — in incredible increase from the $110-per-car budget of the early 1970s. This huge increase in spending is reflected in everything from engine performance to entertainment systems, security features to safety devices. Every component of the vehicle works together to provide automobiles that perform better, are more comfortable, and ultimately safer to drive.

Some of the most common smart and safe automotive electronics are as follows:

Controller Area Network More than one computer runs your car. There is actually a network of computers called the Controller Area Network (CAN). Like a LAN (Local Area Network) that’s commonly used in home and business computers, the CAN links computers together. In your vehicle, the CAN basically links the many separate computer systems together and allows them communicate with each other. These interconnected systems involve everything from critical systems like engine management, cruise control and anti-lock brakes and cruise control, to less-demanding applications like automatic window and seat controls.

Fuel Efficiency Skyrocketing fuel prices have forced automotive manufacturers to realize the need for fuel-efficient vehicles, and to meet that demand. Smart automotive electronics are used to create the more efficient burning of fuel, such as the electronic fuel injection system (EFI).

The technology used in hybrid vehicles takes this one step further, with electronic devices that allow the driver to automatically switch between gas and electric engines.

Safety Devices There are generally two categories of devices designed to protect the safety of the driver and passengers: active and passive safety devices.

* Active safety devices: These are systems that constantly work to ensure the safety of drivers and passengers. Examples of active safety devices are dynamic steering response (DSR), traction control (TCS), and acceleration slip regulation (ASR).

While the average driver may not notice these systems at work, they are constantly sensing road and driving conditions and adjusting the car’s performance accordingly to create a safer ride. Electronic Stability Control has been shown by researchers to have a large safety benefit in reducing single vehicle skids.

* Passive safety devices: While these features may be more visible and seem simpler, they are also controlled by smart and safe automotive electronics. Thanks to developments in electronics and technology, airbag deployment has seen a tremendous amount of improvement over the years. Early airbags would deploy too early or too late, offering little or no benefit to the driver and passengers. Now, more advanced systems have created devices in your car that are actually programmed to the conditions that can lead to a high collision impact. Airbag and seating adjustment systems are deployed to minimize impact and decrease the degree of injury to the people inside the vehicle.

Think of the advancements over just a decade, and you’ll agree that the car of today certainly is a far cry from its predecessors. Modern automobiles offer more than simply a means of getting from point A to point B. Smart and safe automotive electronics make "getting there" as comfortable and as secure as possible.

They use less fuel. They are much more efficient. They are much less polluting. And what’s more, they require much less maintenance. Yes, hybrids really do score better on all counts when compared to conventional vehicles. In fact not only do they need much less service, they are also made to run better and last longer. So you should take all these factors into consideration when you are making a choice. Let’s take a look at why they don’t need as much maintenance.

Firstly, they have fewer parts than a conventional car and hence, fewer parts to wear out. It’s the way they are built. There’s no regular starter and this technology means that there is one part less that needs to be replaced. No starter also means there is no chance of accidentally grinding the flywheel. The battery and the motor too do not require too much maintenance. The engine lasts longer than a conventional engine and requires as much maintenance perhaps as a conventional one. A hybrid does not need any valve adjustments done and even if there are valves, they do not get worn out because the engine does not run constantly. And the injectors do not need regular cleaning, in fact maybe they never need to be cleaned because there is hardly any deposit on them.

The hybrid car uses electricity to run the air-conditioning system unlike the conventional ones that use a traditional pulley that is driven off a gas motor. So this means there is no air-conditioning belt to wear out. There is also no belt used for the steering because it is not hydraulic but electric. So it has very little kickback even when driving over rough, uneven roads.

The hybrid car’s generator can multi-task. The generator is an important part of the hybrid car and there is a separate gas engine that powers it. A hybrid engine is really very small, maybe 10 to 20 horsepower and it is so designed that it gets maximum efficiency if it runs at one speed. Because the generator does many tasks, there is less wear and tear of the other parts and when braking or coasting, the car can recapture the energy. So there is no wastage of the battery and the battery does not need to be replaced very often. With the generator handling a lot of the braking – in fact 80% - it means that extends the life of the brakes too. There is also less chance of the rotors getting warped. Thanks to less of a heat build up, the life of the brake fluid is extended too and the brake pads last longer.

Hybrid cars also have warranties that are much longer. Most of the Toyota and Honda cars have much longer warranties on their hybrids than on the conventional ones. There’s an 8 year or an 80,000 mile warranty on the Honda Insight while for the Toyota Prius, you’ll get a 100,000 mile warranty or 8 years on the hybrid system and the battery. These longer warranties make the hybrid an attractive buy.

If you are making up your mind between a conventional car and a hybrid one, look at all the long-term advantages. Hybrids are built so they last longer and they don’t need as much looking after as a conventional car. Add to that the fact that they don’t guzzle as much gas and have fewer parts, therefore less maintenance and you’ll see why it makes good sense to decide in favor of the hybrid.

Vehicles that will help you save money on gas

Prices at the pump are rising steadily; more and more of the vehicles being released get very low gas mileage. This makes it really hard to get around town or to work, on a budget. Well, there still are tons of options for vehicles that can save you tons of money at the pump.

If you’re not ready to take the plunge and buy a hybrid or electric vehicle, there are many gas-engine cars that get very good gas mileage. For small cars, the mini cooper (28 city/36 highway) gets you the most miles for your gallon. If you’re looking at midsize or large cars, you should check out Hyundai. The Elantra gets 27 city/34 highway, and the Sonata get 24 city/34 highway. If you’re looking into station wagons, the Pontiac Vibe and the Toyota Matrix both get 30 city/36 highway.

If you’re looking for a car with even better gas mileage, you should check out hybrid cars. The concept of a hybrid is that its engine is actually a combination of two engines: a traditional gas engine, and an electric engine. Unlike true electric cars, the electric engine is charged by the gas engine, so there’s no need to plug it in. And while all the power is ultimately derived from the gas engine, these cars, van’s, and SUVs still get way batter gas mileage and saving you tons of money at the pump. If you’re looking simply for the best gas mileage overall, you should check out the Honda insight; it gets 60 mpg city, 66 mpg highway. Plus it’s from Honda so you can be confident you’re getting a solid long lasting vehicle. If you’re looking for an SUV, the vehicle with the best gas mileage is the Ford Escape hybrid. It gets 31 mpg city, 36 mpg highway. Imagine, getting the gas mileage of a car (or better) from an SUV.

Another option for saving fuel that will be available on the market soon is the plug-in hybrid. You’re probably thinking “why would I want to plug in my hybrid when I can just get a regular hybrid?’ One dollar to get as far as a gallon of gas, that’s why. A plug in hybrid is the same as a regular hybrid except you have the option of charging the electric engine. This means that if you only take short trips, your gas engine will rarely even have to turn on, and electricity gets you as far as a gallon of gas for about $1. And, unlike normal electric cars, you never have to worry about your battery dying so you can go as far as you want on your gas engine.

If you want to just skip the gas altogether, there have been some great advances in electric vehicles. You’ll forget everything you know about electric vehicles when you see the Tesla Motors Roadster. It’s fully electric, so you can always get a gas mileage equivalent of about $1 per gallon. Unlike traditional electric cars, this one runs on a lithium ion battery, so it can go farther between charges (about 250 miles), it can go a lot faster (top speed of 130 mph), and to be honest, it just looks cooler. If an electric car ever catches on, it will most definitely be this one.

With any type of vehicle, you should keep your car in good shape and making sure it gets regular tune ups, this will help keep up gas efficiency. Also remember that the weight of the vehicle matters. Carrying around stuff you don’t need and always having a full tank will raise your gas mileage.

A Torrevieja car hire is the best way to travel around the Costa Blanca. A car allows you to travel on your own time table without relying on the schedule for public transportation. If you plan to travel into the country or from city to city, a car is the best way to go.

You can hire the car in the city or at the Alicante airport. If you are travelling in the summer, be sure to reserve your car early, as they sell out quickly. Reserve the car at the same time you book your flight and hotel. This way, you will be sure to have the car you want at a good price.

Discount Prices on a Torrevieja Car Hire

The easiest way to comparison shop for a car is on the internet. You can compare the prices from several companies. Some websites allow you to compare deals side by side for an easier and more accurate comparison.

Be sure to compare the total package and not just the price. One may appear more expensive, but if it includes things like an extra driver, taxes and unlimited mileage it may be the better deal. Read the fine print and ask questions about what is included. Ask the cost of extras that are not included to give you a more accurate comparison.

When dealing with larger companies, call the local agency in Torrevieja. Most have a multi lingual staff, if you don’t speak Spanish. Sometimes the local agency may be running a special that won’t show up online. If this is the case, you may get a better deal than the one you found on the internet. It doesn’t hurt to call and check.

Things to Consider in a Torrevieja Car Hire

Consider the size of the car you need to rent. An economy size is the least expensive. These are cheaper both in terms of the rate you will pay and in fuel efficiency. If you are travelling with a small group, an economy will be sufficient. If you are travelling with a family or larger group, you will need a larger vehicle.

Economy cars sell out faster than other sizes. Reserve an economy, as you can always upgrade later. If the company runs out of this size, they will upgrade you to a larger vehicle. If this is the case, most will give you the upgrade for the price of the economy.

How long will you keep the car? Most companies charge either daily or weekly rates for a car hire. In most cases, paying the daily rate is more expensive than the weekly rate, if you are keeping the car for more than two or three days. You may actually save by paying the weekly rate, even if you are only keeping the car four days.

Ask if there are a minimum number of days that you must keep the vehicle. Some companies will charge the daily rate if you don’t keep the car for a minimum of five days. Read the fine print and ask about this. Other companies don’t care if you return the vehicle early.

Do you need the insurance? The cost of insurance through the car hire agency can be quite high. You may wonder if this is necessary. Before you leave home, contact your insurance company. Some do cover rental cars. If your policy covers the car, there is no need to spend the additional money on the car hire insurance. Ask your insurance agent about any conditions or limitations on your coverage. You want to save money, but be sure you are covered.

Some major credit cards offer insurance as well. Call your credit card company to find out if you are covered. Again, ask about any conditions or limitations on the coverage. If the credit card covers the rental, you are wasting your money on the insurance fees.

The classic Acura was one of Honda’s biggest gambles. Japanese vehicles had a reputation for being economical above all else, putting functionality over form. Thus, when Honda unleashed the Acura on the Western market, the sense of shock at seeing a Japanese luxury vehicle took a while to die down. Some might argue that the classic Acura design generated a shock that never really died down. After all, the arrival of the Acura heralded the release of more Japanese luxury vehicles into Western markets, something that had been previously unheard of. Debuting in 1986 after nearly ten years of development and design, Honda released the Acura, which became a success. In 1990, Honda announced plans to expand their manufacturing and research operations in the US, the company’s primary market for the classic Acura. At the same time, plans are set into motion dealing with how to release the Acura into other markets, such as Canada and Europe. In 1991, Honda successfully released the Acura into the Hong Kong market, as well as integrated new technology into the design to improve performance. Unfortunately, design problems led to slower sales in the mid-1990s, which prompted Honda to both reduce production and attempt to do a major re-tooling of the overall design of the vehicle. However, at the same time, the niche market of import tuners were drawn to the Acura because it was easy to modify.

The classic Acura designs were eventually revamped in 2000, which did away with what many described as bland design elements. The new designs, combined with technologies to upgrade the performance and fuel efficiency, and decreased costs, allowed Honda to once again make the Acura one of the main import luxury vehicles in the market. Combined with the retained ease of modification that attracted car tuners to them in the previous decade, the effect was a startling resurgence to the initial strong showing that the Acura made when it was first introduced to the market. Later models followed the concept of a luxury vehicle at an affordable price, with good features and some customization options. So far, the strategy has been successful.

In 2004, the classic Acura designs were revamped into the Acura TSX for the European market. Apart from the upgraded design and internal systems, it was also given four-wheel drive and a 4-cylinder engine. Minor modifications were made to make the Acura TSX more suitable for the European market. The new design was received well by the market and quickly became one of the premier import luxury cars in the European market at the time.

However, certain features like rear wheel drive and V8 engines, have become prominent among the competitors of the classic Acura. Honda currently is sticking to its guns in maintaining the simple but elegant design, combined with functional technologies and systems. While opinions vary, there is some worry over the fact that the latest models have not been as tuner-friendly as previous ones. Some speculate that Honda will have to once again rethink the design of the classic Acura in order to keep up.

Fuel injection services are growing in popularity for the following reasons in the order of motive.

1) Increases service center’s profit 2) It’s an easy sell with today’s gas prices 3) Offsets manufacturers’ maintenance reductions 4) Poor gas quality 5) Poor adherence to vehicle maintenance

Notice that “It’s required” did not make the list. That’s because fuel injection services are not required the majority of the time.

However, injector services are at times beneficial, even necessary. See the following frequently asked question and answers…

What do they do? Depending on the product, injection services clean naturally forming carbon deposits from the fuel injectors and fuel rails—some will even clean the fuel tank, and valve carbon deposits.

Do they work? In short, yes. Provided it’s a premium product (such as BG), and the service is performed correctly. Fuel injection services can do amazing things. They can improve fuel efficiency, increase horse power, and repair some performance concerns, although these benefits are rare.

Whether or not fuel injection services will do all the above “every time” for your car is another story.

I have even seen fuel injection services quiet horrendous carbon knocks–a knocking noise from the engine due to excessive carbon build-up coming in contact with internal engine components.

Are they worth it? Maybe. It really depends on the condition of the vehicle. If the service achieves any of the advertised claims, it may be worth it. In truth, most cars don’t need it. The consistent use of quality fuel, and proper vehicle maintenance should be all that is necessary to keep a car running properly.

However, consistent use of cheap gas and poor adherence to an auto maintenance schedule, as well as certain driving styles can significantly increase the accumulation of carbon deposits. Thus the possibility of poor fuel efficiency, decreased horsepower, and performance issues increases–all of which could be helped by injector maintenance.

The other factor to consider is the expense. How much fuel savings justifies the cost of the fuel injection service, and how long is the pay off. BG claims that their product will pay for itself in a year’s time. However, remember that the condition of the vehicle is a big variable! If the car doesn’t need it, there’s no benefit.

How often should it be done? It depends on the product, but generally between 15,000 to 30,000-miles.

Are they necessary? It depends: See the discussion under Are they worth it?

Can a fuel injection service do any damage to my engine or car? Not if done correctly. Done incorrectly, anything goes. A technician could conceivably hydro-lock your engine, or blow a hole in the piston—although both scenarios are rare.

If anything does go wrong, there is usually an underlying problem, which gets exacerbated by the fuel injector auto maintenance.

Why doesn’t my manufacturer recommend fuel injector cleaning auto maintenance? No manufacturer recommends fuel injector cleaning auto maintenance under normal operating conditions. From a manufacturer’s viewpoint: take care of your car right (i.e., as the manufacturer dictates) and you’ll be fine.

However, depending on the problem, some manufacturers will recommend fuel injector cleaning auto maintenance as the cure—especially carbon knock. With the wide variety of fuel qualities available, manufacturers are reconsidering fuel injector cleaning auto maintenance.

How much does fuel injector cleaning auto maintenance cost? Prices vary depending on the service center and the actual procedure performed, and product used. The procedure you want should clean the entire fuel system including the tank and should not cost more than $150.

Also, make sure the service is actually performed as fuel injector maintenance is a common scam across the industry.

Lastly, fuel injection maintenance is often presented in such a way as if it is the magical cure for all your car’s quirks–it not!

When in doubt, don’t do it.

According to a new survey by JD Power and Associates, approximately one third of consumers in the United States consider fuel economy to be a key factor when purchasing a new car. With fuel economy, dependence on foreign oil, pollution, and global warming weighing heavy on the minds of so many people recently, it may be a surprise to learn that in 1992, General Motors actually produced a vehicle that achieved 100 miles per gallon (MPG).

In order to get a better idea of what General Motors has been doing for the last 25 years, it is important to first learn about another amazing vehicle: The GM TPC. The TPC (which stands for “Two Person Commuter”) was able to obtain 75 miles-per-gallon. It weighed approximately 1000 pounds and resembled a Geo Metro. GM abandoned the project vehicle, which contained a frugal 3-cylinder engine, when they needed to add another 200 pounds of reinforcement. This unfortunate turn of events can be blamed on GM’s need to comply with America’s then lax safety laws.

While the existence of such a vehicle may be shocking to some, what is even more shocking is the existence of other prototypes made by General Motors that met the same demise. These vehicles included the GM Lean Machine (80 MPG) in 1982, along with a number of other fuel efficient vehicles like the GM Aero-X, the GM Aero 2000, and the finally the GM Ultralite (which had achieved 100 miles-per-gallon). While Honda was leading the world with the Civic VX in 1992 (achieving 50 miles-per-gallon) the USA- owned General Motors was producing 100 MPG vehicles behind the scenes, all the while selling 20 MPG vehicles to the public.

100 miles per gallon is not only obtainable, but it already has been obtained.

One obvious question must be asked. Why are these high gas mileage vehicles not available for sale? Why do companies like General Motors, Honda, Toyota, and Ford continue to sell 30 MPG vehicles when something so much better was made before? The answer to that question is, of course, a complex one. Market analyses, surveys, polls, government regulations, and other red tape held back efficiency.

The short answer to this question is simple: While the U.S. continues to sell its traditional vehicles, other vehicles are being bought and sold far from America, by the same companies.

Vehicles that can attain over 70 miles per gallon have been sold in Europe and Japan for many years. Recently, Volkswagen produced a vehicle called the “Lupo” that is a perfect example. This vehicle, which achieves 78 miles per gallon, likely will never be sold in the USA. For the 2007 model year, Honda has introduced the Fit to the US Market (known in other parts of the world as the “Jazz”). In Japan, the Jazz comes standard with a smaller engine and a few fresh ideas to help boost fuel economy. In the USA, the Fit doesn’t have the smaller engine and isn’t even an option.

Americans have always loved big cars, or at least that’s what they tell us. They, of course, are the auto manufacturers. This has nothing to do with conspiracy theories and everything to do with economics. When General Motors sells a giant truck or SUV, they make a lot of money. When they sell a small two-person commuter, they make next-to-nothing. As a consequence of this realization, all that was needed have been broadcasts of a few finely focused commercials to the citizens of the richest country in the world. Manufacturers have persuaded the citizenry that they absolutely need these “Tanks on Wheels”. Profits skyrocket. To remind Americans that there are no options, merely look at the fact that the options heave never been presented.

General Motors had the chance to be the world leader in fuel economy, which it turned down to be the world leader in SUVs. GM is not alone, as every other auto manufacturer has produced similar vehicles over the last 25 years and denied the U.S. access to them.

Americans should not only ask how they can get better gas mileage, but most importantly ask why they have never been given that option in the first place. In a world where wars are waged over oil, more options should be offered to a concerned public. Perhaps blowing the dust off of 25 year old blue prints is a good place to start.

America’s hotrod scene has been one of its most unique features and subcultures since the earlier 1900s, and most notably in the 1950s. Enthusiasts would spend countless time and money modifying, tuning, and driving their cars so that they could be the fastest, the most dangerous, and gain the most respect. A resurgence of this culture appeared when small economy cars were modified, and in the 1990s, the “Tuner” crowd was born.

Now the same enthusiasts are shifting from speed and power to efficiency and distance.

One-by-one, back yard mechanics and former racers are beginning to modify their cars for gas mileage instead of horsepower. In this game, less is more, and the person with the smallest car, the smallest engine, and the fewest horses powering their vehicle usually win. Surprisingly, it’s not just the fiscally responsible adults that are concerned about fuel economy, but young enthusiasts are also jumping on the bandwagon.

A quick look at websites like http://GasSavers.org will show you hundreds of people all interested in modifying their cars to make them more efficient. That is where Matt Todhunter, who at one time spent more than $12,000 to make his car fast, now goes to talk about making his car efficient.

“I wanted to be unique again,” says Todhunter, “…and I wanted to straighten up my finances. I knew that I’d never be able to stop modifying cars, so I figured I’d do something that was much less expensive yet still goal oriented. I still get to tinker with my car, it’s ALWAYS a challenge, and I haven’t gotten a speeding ticket in a long time.”

Enthusiasts like Matt Todhunter are becoming more and more common, and they are even beginning to earn the respect of the hotrodders, who are often amazed by the accomplishments these fuel economy fanatics are capable of achieving.

Many of the crossovers from the racing crowd are able to apply the same principles to fuel economy. “Most of the modifications are the same,” says Joe Gardner, another fuel economy enthusiast. “Racers and people interested in fuel economy both want lighter, smaller cars that are aerodynamic and ultra efficient. The only major difference is that we want small engines and they want big ones.”

Considering the similarity in process, procedure, and mentality of modifying for speed and gas mileage, it is also no surprise that many speed enthusiasts are beginning to have two cars: one car modified for fuel economy as their daily driver, and another car modified for speed for their “fun” car.

While America’s obsession with speed will most likely never end, this new breed of auto enthusiast will most certainly be a driving force in their future choice of transportation. As the fuel economy movement gains more momentum, it would be no surprise at all of this became the next “big thing” for car lovers.