One of the newest in the batch 2007 hybrid car lineup is the 2007 Toyota Camry Hybrid, the third in Toyota's Hybrid cars. The Camry hybrid boasts of a performance of a topnotch six-cylinder engine with the fuel economy of a four-cylinder engine. Although it isn't as fuel efficient as the first Toyota hybrid, the Prius, the Camry hybrid is a whole lot better than the regular Camry.

Never to be left behind, giant Japanese vehicle manufacture Honda, has also the Hybrid Accord and the Hybrid Civic. These two sedans offer what Hybrids are known for, less emission and less fuel consumption.

The 2007 Honda Accord Hybrid alone combines luxury and fuel efficiency that's truly environment friendly. Even with a V6 engine that generates 253 horsepower, you can be sure that you will get more miles to the gallon. It is a nice change knowing that you get the luxury and power that you want and still get the fuel economy that we all deserve.

Then there is the 2007 Civic Hybrid which continuously provides the true essence of hybrid technology. Its ingenious engineering has rightly earned it its Advanced Technology Partial Zero-Emission Vehicle (AT-PZEV) rating. What this means is that you don't only get from point A to point B in less gas usage, but also save the environment by not adding to the air pollutants already swarming over it.

Joining the Hybrid vehicle race in 2007 is General Motors second Hybrid vehicle, the 2007 Aura Hybrid sedan. This will be competing with other high-end hybrid automobiles such as the Toyota Camry Hybrid and the Honda Accord Hybrid. Sporting a V6 engine as well, the Aura Green Line is dedicated to providing utmost engine power with minimal gas consumption. Its engineers claim that it will be able to generate 20 percent savings in fuel economy over its conventional model.

Nissan has also announced that a 2007 Altima Hybrid will be offered and has offered test drives and a glimpse of its development automobile. In a deal inked with Toyota, Nissan will be dedicating five years into the project with the Hybrid Technology developed by Toyota.

Rumored to be unveiling its first hybrid model, Volkswagen is said to be preparing a full-hybrid car for 2007 but it hasn't disclosed yet which automobile model they will be infusing the technology. Latest rumors said that it would be on the Jetta for the upscale engine level or in the Passat for the four-cylinder class.

With more and more car manufacturers realizing the potential of Hybrid automobiles, it wont be long before every vehicle produced will be infused with the Hybrid technology. And as oil prices continue to soar and concerns for the environment are ever growing, we have the ability to all be sure that these vehicles will be welcomed with open arms.

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The Highlander Hybrid SUV is a seven-passenger car that doesn't sacrifice comfort for fuel economy. The hybrid model is just like the gas Highlander. It handles just as well, has a simple cabin design, and maintains the same 81 cubic feet of cargo capacity. The difference is that it achieves much greater fuel economy while being more powerful. Yes, you might go back and read that again. The hybrid version of the Highlander is actually MORE powerful than the gas model.

Toyota used the same 3.3 liter V6 in the hybrid SUV that it uses in the gas Highlander. They recalibrated it and added three electric motors. One of the electric motors is used for starting the internal combustion engine and also recharging the 288-volt battery pack. One works with the gas engine to drive the front wheels. And the other adds additonal power to the rear wheels when extra traction or power is needed (the third electric motor is not used on front-wheel drive models).

Do not let the silence fool you when starting the Toyota Highlander Hybrid SUV. The gas engine won't kick in until you hit 25 mph or you turn on the air conditioning.

The hybrid Highlander isn't lacking for power. In fact, the hybrid model boasts a whopping 268 horsepower compared to the gas model's 230. Acceleration is responsive at any speed with the electric motors handling the low-end pull, and the gas engine hitting its stride in midrange. The Highlander Hybrid went from zero to 60 in 7.2 seconds in track testing, making it one of the fastest SUVs (hybrid or internal combustion) in its price range.

During testing the Highlander Hybrid SUV only attained a 23 mpg average fuel economy. This was a bit disappointing, especially since Toyota claims 31 mpg city and 27 mpg highway, but in the 7-8 passenger SUV class it really doesn't get much superior than that. Hybrids perform much better in terms of fuel economy at low speeds because this is where they use more electricity than gas. While stuck in traffic the Highlander got about 30 mpg.

The 2006 Highlander Hybrid comes with more standard features than the gas model. The model tested came standard with leather and side airbags. But even after adjusting for the extras, you can anticipate to pay about $3,000 more for the hybrid over the conventional model. One incentive to purchase the hybrid model is you can take a $2,000 tax credit if you buy in 2005. However in 2006 the federal tax incentive drops to $500.

The 2006 Toyota Highlander Hybrid SUV is the only hybrid that seats seven passengers.

2006 Lexus RX 400h

The Lexus RX 400h hybrid SUV is essentially the best-selling RX 330 with a hybrid drivetrain installed. And the wait list for the hybrid model was so long that Lexus was forced to set up a communication system specifically for keeping customers updated on the vehicle's progress. Due to the early buzz created by the RX 400h, Lexus is now planning hybrid versions of the GS and LS sedans.

The RX 400h hybrid SUV uses the same drivetrain as the Toyota Highlander Hybrid and is rated for fuel economy at 31 mpg city and 27 mpg highway. The Lexus is available in all-wheel drive only.

The RX 400h is 100 pounds heavier than the Highlander, but equalled the Toyota's zero to 60 time at 7.2 seconds. In the quarter mile the Lexus slightly outperformed the Toyota hybrid SUV at 15.3 seconds.

Like the Highlander, the Lexus RX 400h has more power than it's gas counterpart. Even at 300 pounds heavier than the RX 300, the 400h felt considerably faster, even when easily ascending steep highway grades. The RX 400h has a tighter suspension than the Highlander Hybrid, as well as 18-inch tires, which made for better handling and an exciting drive.

The Lexus delivered a disappointing 22 mpg average, with the best tank at 24 mpg. Despite those numbers, compare it with the gas RX 300 which when tested only averaged 16 mpg.

There's a marked increase in engine noise with the RX 400h when under hard acceleration. More so than with the RX 330. There was a similar problem with the Toyota, but the difference seemed greater in the Lexus.

The Lexus RX 400h hybrid SUV has a sticker of $11,000 more than the base RX 330, but it comes with just about each possible feature. If you add all of those features to the RX 330, the difference is only about $3,000 which is comparable to the difference in the Toyota models.

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Tips for Drivers of Hybrid Cars

Maintenance Tips for Hybrid Cars

Hybrid cars tend to have long warranties. The Honda Insight comes with an 8 year/80,000 mile warranty that includes most of the powertrain, including batteries, and a 3 year/36,000 mile warranty on the rest of the car. The Toyota Prius has an 8 year/100,000 mile warranty on the hybrid and battery systems, and a 3 year/36,000 mile warranty on everything else.

Batteries and electric motors in these hybrid cars don't require any maintenance over the life of the vehicle. The gas engine doesn't require any more maintenance than the gas engine in a conventional vehicle. In hybrids with regenerative braking, the brake pads may last longer than those in other cars.

Battery systems in hybrid cars are pretty spendy with a several thousand dollar price tag. By the time the warranty expires though, that price may have decreased.

Gas Mileage Tips for Hybrid Cars

By using the same driving habits that result in better fuel efficiency in conventional vehicles, you will achieve better mileage in your hybrid vehicle as well.

Drive slower - The faster you drive, the greater the aerodynamic drag on the car. Drag force at 70 mph is nearly double that of drag at 50 mph. Going easy on the accelerator will increase your fuel economy significantly.

Maintain a constant speed - Accelerating uses energy. Some of this energy is wasted when you slow back down. Maintaining a constant speed makes the most efficient use of fuel.

Avoid stopping abruptly - The electric motor in hybrid cars acts like a generator, and uses some of the energy while slowing the vehicle. By giving the electric motor more time to slow the vehicle, it is able to recover more of the energy. By stopping abruptly, the brakes do most of the work in slowing the vehicle and that energy is wasted.

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Hybrid automobiles are one of the latest innovations in the auto industry this day. It made it possible for people to save a lot of money from the rising cost of fuel and also made it possible for everyone using a hybrid automobile to help in conserving the cleanliness of the environment. With a hybrid vehicle, you will save a lot of money from the constantly rising gasoline prices and at the same time, help in lessening the pollution level.

Hybrid automobiles today are getting more and more popular. In fact, more and more people are now considering to get rid of their gas-guzzling conventional automobile and purchase a hybrid vehicle which they have the ability to benefit more from. However, not all people can really see the benefits of hybrid cars. Some people think that hybrid cars tend to be more costly than conventional vehicles. But what they do not see is the long term benefits that a hybrid automobile can offer.

If you compare hybrid automobiles to conventional automobiles, you'll see that once you calculate the total amount of gasoline you've to use during the car's lifetime, you will save more on the hybrid vehicle even if it is more high-priced in the retail price department.

As you can clearly see, hybrid cars is much more fuel efficient than conventional vehicles. You may now ask how it works and how hybrid vehicles are able to reach fuel efficiency than conventional vehicles.

First of all, hybrid vehicles are what you can describe as a cross between a conventional gasoline-powered vehicle and an electric-powered vehicle. It uses both energy sources to run the automobile and has two engines. One is the gasoline engine and the other is the electricity engine. Hybrid vehicles operate on fuel when it is running and it runs on electricity when it is idle.

For example, envision starting up your automobile in your garage and you forgot something inside your home. Because the automobile is running idle it will automatically switch off the gasoline engine and activate the electric engine to run your vehicle. After 30 minutes of looking, you finally found that important thing you forgot. During those 30 minutes, you will save gasoline because your automobile is running on electricity. It will switch back to the gasoline engine once you stepped on the accelerator pedal.

There are two main kinds of hybrid vehicles existing today. One is the parallel hybrid car and the other is the series hybrid car. In parallel hybrid automobiles, both the electric motor and batteries, and the gasoline engine are connected to the transmission. This means that both motors will be able to run the vehicle independently and can provide propulsion power.

In the series hybrid automobile, the gasoline isn't connected to the transmission. It is only connected to the generator to charge the battery or to power the electric motor to provide propulsion.

The batteries in hybrid vehicles are the energy storage device for the electric motors. In hybrid automobiles, the electric motor is able to draw power from the batteries as well as put energy into them. This means that when the electric motor is running, it can continually recharge the batteries inside the hybrid car.

This day, a hybrid car's batteries are able to recover power when the brakes are applied. It can also recharge energy generated by the motor.

With all of these benefits, hybrid cars are the vehicles of the future. It can efficiently save fuel, it can run quietly, it has low toxic fume emissions, and it can also save you a lot of money from massive tax breaks for hybrid vehicle buyers.

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Petroleum-based fuels are ideally suited for internal combustion engine technology, which has powered most cars and trucks for over a century. Burning fossil fuels for over a hundred years however has done some serious damage to the ecology of the planet. Enter the electric car with lower emissions, but correspondingly lower power. Finally, both technologies have come together in hybrid cars, also known as hybrid electric automobiles or HEVs.

Present-day hybrid cars are equipped with both gas internal combustion engines and electric motors. The gas engine produces power through small and continuous controlled explosions that push pistons which turn a rotating crankshaft. The force created by the rotation crankshaft is transmitted through a number of components and ultimately turns the vehicle's wheels. The electric motor is powered by a battery which creates energy through a chemical reaction. The battery is continually recharged by a generator that's powered by the internal combustion engine.

Hybrid cars are of parallel or series design, or a combination of the two.

In parallel design vehicles, the electric propulsion system and the energy conversion unit are connected directly to the vehicle's wheels. The gas engine is used for highway driving and the electric motor acts an assist and provides additional power for acceleration, hill climbing, and other situations that require more power.

In series design automobiles, the gas engine is connected to an electricity producing generator. This electricity is used to power an electric motor, which in turn powers the vehicle's wheels. Hybrid automobiles can also be designed to use the series configuration at low speeds, and the parallel configuration for acceleration and highway driving.

Braking in conventional automobiles generates heat. This energy is wasted. Some hybrid vehicles convert this energy to electricity and use it to help propel the vehicle. This process is called regenerative braking and contributes to the overall efficiency of the vehicle.

Other hybrid vehicles extend the life of the car's on-board battery system by using ultracapacitors. The ultracapacitor is more efficient than a battery for capturing the energy from regenerative braking and utilizing it for initial acceleration.

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Four years ago hybrid automobiles would rarely be seen in roads and freeways. But as more people noticed and realized the great advantages this eco-friendly vehicles offer, and the savings they get, more and more hybrid automobiles are now plying our roads. So much so that hybrid vehicles are now as mainstream as the conventional engine vehicles that we got used to. But, it wouldn't be a surprise if new developments and innovations come out to further develop the existing hybrid technology or to provide new technologies.

Many stories and rumors has circulated in the motor world of different discoveries and concepts that can further revolutionize the hybrid technology in motor vehicles, but many questions have also arisen on why some certain pre-existing technology have not been incorporated with the hybrid innovation. This includes the diesel hybrid concept.

Diesel engines have been vastly popular in Europe and Asia. While North America haven't embraced the diesel engine as much as their overseas neighbors, developments have been made in the United Says to eliminate the characteristics which have made it a poor choice here. Recent developments have eliminated the excessive smoke generated and the loud rattling noises of the engines. Additionally, biodiesel fuel has had a growing following and is seen as a solution to save the depletion of natural resources like oil. Combining hybrid technology and the new biodiesel fuel seems to be a superior solution to our growing problems. Biodiesel is now cleaner and is also cheaper than regular gasoline.

While there have been no serious research and development done on diesel hybrid vehicles just yet, Ford has released a diesel hybrid concept car at the North Auto American Auto show in Detroit last January 10, 2006. Ford dubbed it as the Reflex sportscar. This is a vehicle that's infused with a power source that uses a combination of a diesel engine, an electric motor and solar panels. Also, the Ford Reflex is all wheel drive car that Ford claims gets 65 miles to a gallon.

The Reflex, which could be the basis for future diesel hybrid vehicles operates much the same way as gas/electric hybrid cars. It also has a hybrid battery pack to provide backup power to the vehicle that gets recharged by the engine and the heat generated by braking. The diesel Hybrid automobile by Ford uses lithium-ion batteries, the same kind used by the latest gadgets this day, like cellular phones and portable personal. Most hybrid vehicles use nickel-metal hydrite batteries because they are far more cheaper, but lithium-ion batteries have far more power capacity.

But the Reflex also extracts power from solar cells located inside the headlamps and taillamps. This is a technology patented by Ford. There are also solar cells put in the roof of the automobile that provides power to fans that operates inside the automobile to cool the interior when it is parked under the hot sun.

We can only wait until hybrid diesel automobile technology is more available. Until then, we can wait until diesel fuel can provide the same power as gasoline fuel. But when the technology is refined, we can all be sure that diesel hybrid cars will surely catch on and we'll be seeing it more often.

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Hybrid technology is now being integrated into vehicles to enable consumers, such as yourself, to save money on fuel. Hybrid cars are known to cut fuel consumption by more than half. With this kind of feature, people would really want to own a hybrid automobile. Although hybrid technology has been around for quite some time now, vehicle manufacturers have only just began to perfect the hybrid technology to be integrated in automobiles.

Just envision a vehicle that can run for up to 60 miles to a gallon of fuel. This kind of car is definitely the automobile of the future. Not only will it enable you to save a lot of money on fuel consumption, but it can also help in the protection of the environment. This is because hybrid vehicles are known to emit far lower levels of toxic fumes than conventional automobiles.

Hybrid automobiles have been around for quite some time now. However, for maximum fuel efficiency, new hybrid automobile models are now available in the market today. 2006 hybrid vehicle models are now available for purchase. These vehicles can let you effectively save money on fuel prices. Integrated with the latest in hybrid technology, these vehicles are far more efficient in fuel consumption and are far cleaner than the past hybrid automobiles existing in the market today.

However, there are already a lot of car manufacturers who are in the race to build the best hybrid car in the market. Consumers tend to be confused on which hybrid automobile they should buy. For this reason, you should know all about the different hybrid automobiles of 2006 available in the market today.

First of all, you need to know the concept behind hybrid automobiles. The concept of combining electric energy and gasoline engine to power a vehicle is what makes a hybrid automobile work. Even though electric automobiles have existed in the market for quite some time now, you've to consider the fact that hybrid automobiles are far more effective than electric cars. With hybrid cars, you no longer have to plug it in your power outlet in order to recharge the batteries. This is possible because it is able to recapture the lost energy when braking and coasting.

Toyota and Honda are two of the leading hybrid car manufacturers existing this day. Toyota developed the Toyota Prius that's able to operate in electric-mode only. This means that the car is able to operate even when the internal combustion engine is switched off. This will mean massive fuel savings when you're driving locally. Think of the gas engine as a backup when you are going on a long drive.

Chevrolet Silverado also developed the mybrid or mild hybrid. This particular pickup only stores a minimal amount of energy to the battery and it doesn't really provide much energy boost like the other hybrids existing in the market. However, Chevrolet's so-called mybrid pickup is perfect for camping where it can serve as a mobile generator for work or for camping.

With the constant increase in fuel prices, you have to anticipate that hybrid automobiles will be much more popular in the near future. You can also anticipate that hybrid automobiles of the future will be much better in conserving fuel and maximizing efficiency. Nissan will soon enter the hybrid car market as well as other big automobile manufacturers, such as General Motors, BMW, and DaimlerChrysler. So, you better be prepared to get rid of your old gas guzzling conventional car and get the latest hybrid vehicle in the market.

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