The Volvo s70 was introduced in 1997 as an executive luxury car. The T5 was a model that offered a 5-speed transmission, which made the car a lot more fun to drive. The Volvo v70 was the station wagon version of the s70. The Volvo v70 R featured a better engine and offered 300bhp for the driver that was somewhat demanding on the car.

The Volvos s70 T5 is still sought today by many Volvo enthusiasts. Many of these seekers love the fact that the Volvo s70 T5 features explosive power and power that the standard s70 didn’t possess. The car is also fun to drive with its manual transmission. The 5-speed transmission shifts smoothly and the all wheel drive kicks in the minute you shift into gear. The car features an excellent and luxurious ride over highway and a little fun off the main roads. The Volvo s70 T5 is also considered one of the quickest cars in Volvo’s line. Plus, it has all the safety features that you would expect from Volvo. From the looks of this car you see traditional Volvo written all over it, but that’s just because they were trying to hide the sports car that lives within. Buyer beware, it could be very easy to get a ticket in this car!

Volvo has introduced a reworked and upgraded car in the Volvo v70 R. These cars featured an upgraded engine in 2004 along with more luxury accessories. The car was made to look sport inside and out, despite being a station wagon. The cars also featured better handling with a new braking performance system that works in a well-balanced fashion. The R line Volvos also come with standard all-wheel drive, monitor traction by Haldex and an aggressive new chassis. As Motor Trend puts it, these cars feature both sport and utility.

Either car has the power you want and desire as well as the safety features you want for your family. These cars are excellent whether you are traveling down the highway or picking your kids up from soccer practice. If you are looking for something fun and feisty, go with the Volvo s70 T5. If you want something with a little get up and go but still room for four kids and the family dog, then the Volvo v70 R is for you. Either way you won’t be disappointed.

Over time, the media has elevated the popularity of various vehicles by highlighting some of the fictional rides that have graced the pages of novels, the lyrics of songs, the 30-minute TV show, and the silver screen. Whether Fred and Wilma are peddling around in their signature rockmobile, James Bond gets away with his gadget cars or the Beach Boys bring life to the Little Deuce Coupe, it’s sometimes hard to forget that many of these fictional cars really don’t exist. Below are a few examples that have gained fame throughout the years.

Batmobile

In both the Batman television shows and movies, the superhero-on-the-go often hopped into a sleek, customized vehicle that provided protection for his Bruce Wayne alter ego. Equipped with heavy armor plating and a high performance engine, the evolution of the Batman series displayed increasing levels of gadgets. To reach increased speeds, the Batmobile sometimes offered rocket boosts, while additional weapons and a computerized assistance helped to keep villains at a distance.

KITT

The talking car that aided David Hasselhoff’s character, Michael Knight, navigate through a sea of enemies and bad guys was a Pontiac Trans Am. The television series focused on a high-tech approach to entertain the audience. Numerous fans watched the show just to see what KITT would do or say next. The popularity of the show even helped to boost Pontiac car sales as the verbal wonder could drive without a passenger and even displayed its own set of entertaining stunts.

Christine

Stephen King has produced numerous novels that have become popular movies; the same is true with the 1958 Plymouth Fury that seemed to have a mind of its own. Christine was the name given to the car that appeared in the horror novel (with the same name) published in 1983. Driven by supernatural forces, the antique auto created havoc in both the novel and the movie.

Herbie

Several Disney movies and cartoons have focused on Herbie the Lovebug, which was a Volkswagon Beetle that made its first appearance in 1969. Just like Christine, the red, white, and blue striped car with a “53” on its side could also drive without assistance and had a reputation for acting on its own. Most of the time, the car was featured in some sort of racing competition.

General Lee

The television series and movie named the Dukes of Hazzard showed main characters, Bo and Luke Duke soaring through the air, causing mischief with their get-rich schemes. Their vehicle of choice was a colorful Dodge Charger that allowed the cousins to complete high jumps in almost every episode. The car is also known for its controversial Confederate flag decoration.

By Mike Cain

The MGF, designed and produced by Rover, is a small mid-engined sports car, with a soft top roof and plenty of boot space. Despite this, it is not renowned for its practicality, but if that is what you are looking for then you are missing the point of the MGF - it is intended to be fun to drive and something of a head turner. The driving position is quite low to the ground, which means when the top is down you get a unique driving experience, it is ideal for the summer months. It grips the road well and has good balance when driving, which is just as well with a 0-60 time of just 8.5 seconds. It responds immediately to the slightest touch on either the accelerator or the break, roaring into life with a great burst of energy, yet slowing quickly without much effort.

However, the slightly cramped cabin (especially when the roof is up) and hard body styling makes for an uncomfortable time when taking in long journeys or negotiating bumpy roads and sharp corners. The plastic rear windscreen means is liable to cloud up, and can become creased and folded where the roof has been put up/down many times. Frequent problems have also been reported with head gaskets on the older models, and this is a common cause of breakdowns.

Second hand values have stayed quite strong, due to Rover restricting the supply, and cars can be picked up from around £3,500 for a 1995 model and upwards, and it proves relatively cheap to run. Fuel consumption is good, at around 38.4 mpg, and with an insurance group of 9/10 cover is cheap as well.

Production is due to begin once more in 2008, courtesy of Nanjing Automobile, at the old Longbridge plant in West Midlands, as well as in their yet to be completed Chinese factory. The MGF is expected to go back on sale in 2009.

All in all the MGF is a fun sports car, with great style and personality, suitably cosy and enjoyable during the winter, and a fast, thrilling ride in the summer sun. —————————————————————-

Ideally, you should change your motor oil every three months or after every 3,000 miles. If you often drive around in hot or dusty conditions, you might even want to change oil more often than that.

The process is pretty simple, and as easy as one-two-three. Step one is getting ready, step two is draining the oil and changing the oil filter while step three is installing the new oil.

(1) Getting Ready

When getting ready, it is important to have the right tools and materials on hand, such as jack stands, a socket set and an oil drain pan. Let your car engine run for 10 minutes before you drain the oil since warm oil is easier to drain than cold. Make sure you park on a level surface or, if your car has a low clearance, jack it up or drive it onto a ramp. If youre jacking up the car, use two jack stands instead of one. (An additional jack costs about $20 and that is a small price to pay to spare your face from being squished by a badly balanced car.) You might want to check your cars manual about the weight of oil and type of oil filter you need to use.

(2) Draining the Oil and Changing the Oil Filter

To drain the oil, crawl under the car and look for the oil drain plug under the engine near the front of the car. Position your pan beneath the plug then use a socket wrench to loosen the plug, turning counterclockwise. Once loosened, you can use your hand to remove the plug and the hot oil starts pouring out. Make sure all the old oil is drained into the pan. Once its completely drained, wipe the drain plug and the plug opening. Now replace the drain plug gasket and use a wrench to reinstall the plug but dont make it too tight.

Next, look for the oil filter. They are usually at the side of the engine. Place the oil pan beneath the filter in case any oil remains. Unscrew the oil filter (use gloves if it is too hot) and wipe the filter area clean, especially where it mounts to the engine. Dab a bit of your new oil on the rubber seal of the new filter and then screw it in by hand. You dont have to use a wrench to tighten the oil filter.

(3) Installing New Oil

Remove the oil filler cap thats located at the top of the engine. Position the funnel at the opening and slowly start pouring in the new oil You might want to check your manual for the proper oil capacity but, typically, you will need four or five quarts of oil. Once youre done, put back the oil filler cap. Start the engine, let it run for a minute and then check the dipstick. If you need to, add more oil. Now check for any leaks near the oil drain plug and the filter. If you do find leaks, simply tighten the plug or oil filter.

Youre done. But dont forget to clean up. Carefully wipe away any excess oil and put the old oil into a plastic container then dispose of it. Dont just pour it anywhere, though. Better to take it to the recycle center or other authorized locations.

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

Gas powered Scooters are making a comeback as the preferred mode of transportation.

No longer are they just for kids. Gas powered scooters are rapidly taking over as the preferred method of transportation to work and school. They are economical, can maneuver through tight spaces and with a gas scooter, you can take short-cuts that an automobile can not.

Gas powered scooters are also known as mopeds which is a two-wheeled (normally) low powered vehicle. In most states its small size and low power output allow it to escape many of the licensing, insurance, and driver restrictions placed on motorcycles. However, be careful of the true description of moped.

a. A moped is traditionally defined as a motorized 2 wheel vehicle that is part human and part motor driven. A moped has pedals so that it can be propelled by human power. As you can see, gas powered scooters do not fit most states definition of moped.

Don’t fret though, a gas scooter used properly will not get you into any trouble in most places. If used responsibly and traffic laws are obeyed, most law enforcement won’t touch you.

Gas scooters were first introduced in the mid 1950’s. The first design was little more than a bicycle with an engine mounted on it, it was called a cyclemotor. The cylcemotor can still be seen on the road these days in the form of electric bikes.

One reason some people have a gas scooter is to circumvent loosing a driver’s license. Many states don’t require a driver to have an operator’s license if they are over eighteen years of age, sixteen in some states. They also don’t require insurance and registration.

Gas powered scooters have several advantage that should be noted.

a. No parking spots required. Some gas powered scooters can fold down for easy storage right in your office, or you can tie it up at the door with the bicycles right in front of the buildings door or on the sidewalk.

b. A gas powered scooter is faster than the average electric scooter. They can travel at speeds up to thirty-five miles an hour.

c. Gas powered scooters can maneuver rather well – A gas powered scooter is a great way to move through traffic. They dart in and out between cars, especially gridlocked traffic. Imagine sleeping in an extra twenty-thirty minutes. With the time you save avoiding traffic, you can afford to. how smart are you?

d. Gas scooters have very cool body styles; some gas powered scooters look more like miniature motorcycles than scooters.

e. Gas scooters save tons of money - While the cost of gassing up gas powered scooters might seem expensive compared to the low cost of running an electric scooter, the mileage they get quickly makes up for the gallon of gas they require.

f. Maintenance is a breeze– A Gas scooter is easy to maintain. With a basic grasp of tools and a decent book about mechanics most people are able to maintain their gas powered scooters in their own garage.

The best thing about a gas scooter is the freedom to literally go just about anywhere. While you ride your scooter along the trail or the beach, you can go more places than most automobiles. Hop on your new gas scooter and get ready for a new adventure. Take a minute and smell the roses or take in the sights like never before. What more could you ask for?

When you have found a car that you are interested in you will want to inspect and test-drive the car that you are considering purchasing. This is the best way to weed out the bad cars from the ones that have potential.

When you evaluate a used car, you will want to keep two main considerations in mind. The first is whether or not you even like the car. Do you like the color? Do you like the interior? Does it have enough headroom and legroom? Secondly, you will want to know if the car is mechanically sound. These two factors will help you decide whether or not you actually like the car. If you do like the car then you will have a few more questions to ask yourself. Will the car work well in the long run? Will it be in good condition in six months or will you begin to have to repair and put money into it? It is important to realize that in many situations you will need to put a certain amount of money into a used car. You cannot typically find a used car that doesn’t need some kind of repair or sprucing up.

While you are test-driving the car, take it to your mechanic. If you are seriously thinking about purchasing the car, you may have doubts as to whether it is mechanically sound. Take the car to your mechanic and have him check it out for you. Many mechanics are more than happy to test drive the car quickly, check for leaks, and do a compression check. Then they will give you their expert opinion and you can make your decision from there. They may tell you that you would need to have something replaced and it would cost you so much. It would then be up to you to make the decision as to whether or not you would be willing to spend the additional money on the car.

Before you drive the car you will want to inspect the car. Walk around it and get a good overall visual inspection. Ensure that there are no ripples in the door panels, as that may suggest that the car has been in an accident. Look for uneven gaps between the doors and along the hood. Check for leaks such as coolant, oil, transmission fluid or gasoline. Examine the area where the car is normally parked to look for spots from leaks. You will then want to open all doors and the trunk. Test the lights, controls, heater, air and radio. Open the hood and look for leaks or sprays. While the engine is running you will want to listen for knock, ticking, hissing or whining. Check to see that all the tires have enough tread left on them.

Once you are driving the car, you first impression should be the way that the car feels. Does it fell comfortable to you? Are the gauges and controls easily accessible? Do you have enough leg space and headroom? If it is possible to drive the car when it is completely cold you will want to do so. Some older used cars may have difficulty starting when they are cold and this will reveal any chronic problems the car may have. Adjust the seat and mirrors before taking off and drive with the radio off. You will want to hear the engine and listen for other noises.

Be certain to include these factors in your test drive:

-Accelerate from a dead stop -Check for blind spots -Listen to the engine noise -Listen for how the car downshifts -Braking -Cornering -Suspensions -Listen for rattles or squeaks -Be sure to get on the highway and get the car up to highway speeds

Following these key points will help you make an accurate assessment of the vehicle before making your decision.

For more Car buying tips visit Atlanta Used Cars at http://www.UsedCarsAtlanta.us and Dallas Used Cars at http://www.UsedCarsDallas.us.

Since 1984 Formula One teams have been required to build the chassis in which they compete, and consequently the terms “team” and “constructor” are more or less interchangeable.

This requirement distinguishes the sport from series such as IRL, Champ Cars, and NASCAR, which allow teams to purchase chassis, and “spec series” such as GP2, which require all cars be kept to an identical specification.

In its early years, Formula One teams sometimes also built their engines, though this became less common with the increased involvement of major car manufacturers such as BMW, Mercedes-Benz, Renault, Toyota, and Honda, whose large budgets rendered privately built engines less competitive (and redundant).

Early manufacturer involvement came in the form of a “factory team” (that is, one owned and staffed by a major car company), such as those of Alfa Romeo, Ferrari (FIAT) or Renault. Companies such as Climax, Repco, Cosworth, Hart, Judd and Supertec, which had no direct team affiliation, often sold engines to teams who could not afford to manufacture them. As the manufacturers’ deep pockets and engineering ability took over, almost all engines are now produced by major manufacturers.

After having virtually disappeared by the early 1980s, factory teams made a comeback in the 1990s and 2000s, and now form half the grid with Toyota, Ferrari (FIAT), Honda, Renault and BMW either setting up their own teams or buying out existing ones. Mercedes-Benz (DaimlerChrysler) owns 40% of the McLaren team and manufactures the team’s engines. Commercial engine supplier Cosworth exited the sport at the end of 2006. Thus all the teams will run on factory supplied engines from 2007.

The sport’s 1950 debut season saw eighteen teams compete, but due to high costs many dropped out quickly. In fact, such was the scarcity of competitive cars for much of the first decade of Formula One that Formula Two cars were admitted to fill the grids. Ferrari is the only still-active team which competed in 1950, and as of 2006 eleven teams remain on the grid, each fielding two cars. Although teams rarely disclose information about their budgets, it is estimated that they range from US$66 million to US$400 million each.

Entering a new team in the Formula One World Championship requires a £25 million (about US$47 million) up-front payment to the FIA, which is then repaid to the team over the course of the season. As a consequence, constructors desiring to enter Formula One often prefer to buy an existing team: B.A.R.’s purchase of Tyrrell and Midland’s purchase of Jordan allowed both of these teams to sidestep the large deposit.

Each car is assigned a number. The previous season’s World Drivers’ Champion is designated number 1, with his teammate given number 2. Numbers are then assigned according to each team’s position in the previous season’s World Constructors’ Championship. There have been exceptions to this rule, such as in 1993 and 1994, when the current World Drivers’ Champion (Nigel Mansell and Alain Prost, respectively) was no longer competing in Formula One. In this case the drivers for the team of the previous year’s champion are given numbers 0 (Damon Hill, on both occasions) and 2 (Prost himself and Ayrton Senna - replaced after his death by David Coulthard and occasionally Nigel Mansell - respectively). The number 13 has not been used since 1974, before which it was occasionally assigned at the discretion of individual race organizers.

Before 1996, only the world championship winning driver and his team generally swapped numbers with the previous champion – the remainder held their numbers from prior years, as they had been originally set at the start of the 1974 season. For many years, for example, Ferrari held numbers 27 & 28, regardless of their finishing position in the world championship. As privateer teams quickly folded in the early 1990s, numbers were frequently shuffled around, until the current system was adopted in 1996.

Michael Schumacher holds the record for having won the most Drivers’ Championships (seven) and Ferrari holds the record for having won the most Constructors’ Championships (fourteen). Jochen Rindt became the only posthumous World Champion after a fatal accident at the 1970 Italian Grand Prix.

Modern Formula One cars are mid-engined open cockpit, open wheel single-seaters. The chassis is made largely of carbon fibre composites, rendering it light but extremely stiff and strong. The whole car, including engine, fluids and driver weighs only 605 kg. In fact this is the minimum weight set by the regulations – the cars are so light that they often have to be ballasted up to this minimum weight.

The cornering speed of Formula One cars is largely determined by the aerodynamic downforce that they generate, which pushes the car down onto the track. This is provided by ‘wings’ mounted at the front and rear of the vehicle, and by ground effect created by the movement of air under the flat bottom of the car.

A significant difference in the design of the latest breeds of F1 cars is that they make far greater use of vortex “lift,” or in this case, downforce. Since a vortex is a rotating fluid that creates a low pressure zone at its center, creating vortices lowers the overall local pressure of the air.

Since low pressure is what is desired under the car, allowing normal atmospheric pressure to press the car down from the top, by creating vortices, downforce can be augmented while still staying within the rules.

The aerodynamic design of the cars is very heavily constrained to limit performance and the current generation of cars sport a large number of small winglets, “barge boards” and turning vanes designed to closely control the flow of the air over, under and around the car. The “barge boards” in particular are designed, shaped, configured, adjusted and positioned not to create downforce directly, as with a conventional wing or underbody venturi. They are designed so that air spillage from their edges will create these vortices.

The other major factor controlling the cornering speed of the cars is the design of the tyres. Tyres in Formula One are not ’slicks’ (tyres with no tread pattern) as in most other circuit racing series. Each tyre has four large circumferential grooves on its surface designed to further limit the cornering speed of the cars. Suspension is double wishbone or multilink all round with pushrod operated springs and dampers on the chassis. Carbon-Carbon disc brakes are used for reduced weight and increased frictional performance. These provide a very high level of braking performance and are usually the element which provokes the greatest reaction from drivers new to the formula.

Engines are mandated as 2.4 litre normally aspirated V8s, with many other constraints on their design and the materials that may be used. The 2006 generation of engines rev close to 20,000 rpm and produce up to 740 bhp (552 kW).[10] The previous generation of 3-litre V10 engines are also allowed, albeit with their revs limited and with an air restrictor to limit performance.

Engines run on unleaded fuel closely resembling publicly available petrol. The oil which lubricates and protects the engine from overheating is very similar in viscosity to water. For 2007 the V8 engines will be restricted to 19,000 rpm with limited development areas allowed, following the engine specification freeze from the end of 2006. As outright speed and power are effectively being capped it is widely believed that teams will work on improving reliability, and the torque range of the engine to improve driveability.

A wide variety of technologies – including active suspension, ground effect aerodynamics and turbochargers – are banned under the current regulations. Despite this the 2006 generation of cars can reach speeds of up to 350 km/h (around 220 mph) at some circuits (Monza).A Honda Formula One car, running with minimum downforce on a runway in the Mojave desert achieved a top speed of 415 km/h (258 mph) in 2006. According to Honda, the car fully met the FIA Formula One regulations.

Even with the limitations on aerodynamics, at 160 km/h, aerodynamically generated downforce is equal to the weight of the car and the often repeated claim that Formula One cars are capable of ‘driving on the ceiling’ remains true in principle, although it has never been put to the test. At full speed downforce of 2.5 times the car’s weight can be achieved.

The downforce means that the cars can achieve a lateral force of around four and a half times the force of gravity (4.5 g) in cornering - a high-performance road car might achieve around 1 g. Consequently in corners the driver’s head is pulled sideways with a force equivalent to 25 kilograms. Such high lateral forces are enough to make breathing difficult and the drivers need supreme concentration to maintain their focus for the 1 to 2 hours that it takes to cover 305 kilometres.

One thing the hybrid cars promise users is the most, is their ability to save gas by consuming less, as well as reduction in atmospheric pollution. For that reason more people prefer to own hybrid vehicles these days. Hybrid cars run on both fuel and engines that are powered by battery. This means that, they consume less oil and emit less gas when compared to gasoline powered vehicles. Hybrid car, no doubt is a possible solution to the sporadic hike in fuel price in the oil market.

Because of the benefits or advantages accrued from using or owning hybrid cars, the US government had welcomed and supported the manufacturing of this model of car. It has also allowed importation as well as encouraging automobile company in the country like Ford and General Motors to manufacture hybrid cars.

Some of the advantages derived from hybrid cars include the following:

(a) Savings on low gas usage:

Hybrid car combines both electric power and gasoline powered engine. Hence each function all by itself, and combines together depending on which is weaker or stronger when running. The regenerative braking feature enables the engine to compliment each other

(b) Consistent performance:

Unlike the traditional gas powered engine, hybrid cars do not require transmissions to make their engines work at full capacity even at reduced speeds. Hybrid cars function normal and on a consistent basis at any motor speed.

(c) Environmentally friendly:

Hybrid cars, because of their combination of electric powered and gasoline – powered engines, emit significantly less gas into the environment. The effect of this in the long-run will be a clean population free environment around the globe.

(d) Convenience:

Less amount is expended on gasoline for hybrid cars. This is because of the battery powered engine used by hybrid cars. This is in perfect contrast to owners of the convention gas powered cars who cannot help but feel the scourge of the soaring fuel pump price. Also, most hybrid cars are easy to maneuver on the road because of its light weight. The designs are also something to behold and they come in style.

Some are of the opinion that buying or owning a hybrid car is not ideal for now because of its expensive nature. Notwithstanding its cost, the advantages to be derived from owning this type of vehicle in the long run is worth it. It will be better if more people demand for hybrid cars because this will induce the manufacturers to manufacture more and the price will eventually fall in no time at all.