When it comes to buying a Volvo, you know you are getting a safe car with a million great safety features. You also know that even if you are looking a pre-owned Volvo, you are still going to be driving one of the safest cars on the road.

The Volvo s70 was considered a compact executive car. These cars were produced from 1997 to 2000. The car represented a new style in cars and featured a revised suspension system. There were five basic body styles available in these cars including the Base, SE, GL, GLT and the T5. The exterior featured new headlamps as well as a stylish rounded hood at the time. The Volvo s70 featured an optional TRACS traction control system that applied to the front brakes to limit wheel slippage.

The Volvo v70 was the station wagon version of the s70. The car featured the same revised suspension system as well as the newer rounded hood design and headlamps. Both vehicles possessed the new electron brake modulation system that increased performance in normal stops. The benefit of a v70 was in the space for a large family. You were able to pick up the kids from school and fit all of your groceries in the back.

Both models were among the first US cars to feature side airbags as an option. They also featured disc brakes and an anti-lock braking system. Some versions were also available with four-wheel drive. In 2000, the cars were fitted with modified side air bags to improve the protection of the head and chest in case of impact. The dashboard airbags were also improved with additional sensors that would match the deployment force to road speed and seatbelt use. A unique system also automatically unlocked the doors when the airbags were employed. The WHIPS system was designed to prevent whiplash injuries in rear end collisions. This may very well be a feature that many US cars still do not have today. These cars were all around some of the safest cars to be driven in this country.

The Volvo s70 R was a version that was not released in North America. This vehicle was designed more as a sports car and featured all wheel drive with higher performance.

Whether you choose the sportier Volvo s70 or the family style Volvo v70, you are going to be driving one safe car. These are cars that, despite their age, are going to remain some of the safest cars on the road.

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.

In the past, Jaguar, high class cars from England had small-sized and active features and high performance were favorable. Their appearance looked sedan and suited the passengers who loved to get anywhere in a group. They thought that there were many playboy millionaires, and if they were to produce a sport-car model, they could have marketed quite well. At least, Jaguar had built its good reputation from the racing cars for a very long time, especially Le Mans 24 hours.

A lot of people said that Jaguar’s sport series which began to be known well and were affordable could be XK series. XK 120 in the year 1948, followed up by XK 140 in 1955, and became XK 150 in 1957. They used quite modern engines that their competition had not known. Modernization, streamline that made a big positive impact on sport cars drivers, curved doors, and roadsters were the real style of sport cars.

Jaguar made its reputation in the Le Mans race course by a car that had been showed in 1954, D-TYPE, which was 3.4liters, 245 horsepower. The initial production was considered extremely fast. Moreover, it was empowered by making it 270 horsepower for racing, and that made it three-years-in-a-row champion in 1955-1957. There would not be anyone who would not wish the dignity of Le Mans’ championship sport cars which later was extended to 3.8liters, 306 horsepower. It competed in United States and made so big impact on sport cars guru that made a newer model to drive in a street.

The manufacturer decided to make them sport series, and not involved with normal cars except the engines and systems used together in order to reduce the cost of production. Therefore, E-TYPE Jaguar was influenced by XK series and D-TYPE. It was officially debuted in 1961, taking over XK 150, and completing the new full sport style, which was the long front and short end according to the classic style sport cars.

The appearance of E-TYPE is brilliant like Italian sport cars. At the beginning, it had been decided to name as XK-E, but eventually was E-TYPE, which seemed more okay and newer than old XK series that had been used for many models. It had been decided to be 3.8liters, twin cam, then later on extended to be 4.2liters in order to make it right for the size of the cars. The 3.8 liters one had been eventually stopped, until 1971 it was given a new 5.3liters, V12 engine in order to be an alternative choice for customers who were interested in pretty big block. The 4.2liters one’s production was terminated in 1974.

If you would like to own this model, you may need to consider if you are a millionaire or not because this kind of classic cars cannot be found at any car dealers. If you would really want it, you should check it out from a catalogue of car auctioning company. You might be that lucky that someone would sell it.

The improvement of Renault, the inventor of the “Wind” roadster this year, is considered an interesting step because it reflexes the tendency into the roadster market in the future. There are many fascinating features of Wind developed under the “Touch Design” concept, such as the elegantly designed appearance that reflexes lively and the inner decorated with fine quality materials which reflexes class.

Neat, clean appearance consists of 2 main lines which are the bottom and top lines. Although the headlights’ shapes are plain, they are a significant part that helps empower the overall. Transparent windshield stuffed with blue and green lights similar to plane’s light, which are such brilliant. The green smoothly blended with the light blue or aquamarine of the body part is the individual characteristic of Wind. Fabulous 19-inch wheels and “245-35/ZR19” Michelin Pilot Sport 2 tires are another remarkable complement.

The most outstanding of it is the 3-seat capacity which is cocoon-curve shaped, light brown leather seat embraces the passengers and the driver.

Frill-designed seats are permanently installed, as well as the steering wheel and console that are adjustable and automatically roll out when the doors are opened, and that helps the passenger enter the car more easily. The center section linked with the back seat which is made of carbon fiber. It is layered with foam and leather, which can flip inside out in order to make the third seat.

Although it is a compact roadster, Wind contains wide and useful space. The rear space has 232 liters in capacity. Wind’s dimension consists of 3870 millimeters in length, 1750 millimeters in width, excluding the side windows, 1260 millimeters in height, and 2395 millimeters in wheel’s base’s length, as well as the 850 kilograms in weight.. The back seat has extra thick car soft-top attached with the rear curve-shaped window for protecting the passengers from rain and sunlight.

All Wind’s controlling devices are made of aluminum, which reflexes the sport characteristic. They are designed to be in round shape installed in the center of console. They contain control button, communicative device, stereo, and navigation system.

6-speed robotized gearbox is designed to be with the dashboard, while the shift gear is put on the steering wheel like the Formular-1’s. There is one gauge-meter made of cylinder-shaped glass. It is used for indicating the round-per-minute speed which is displaying the numbers in both analog and digital.

Air conditioner’s controller is designed to put on the inner driver’s door. Its engine is a 16-valve 2.0liters, 136 horsepower maximum, and 191 N/m torque. It is considered a low-pollution engine which qualifies the Euro-4 polluting gas production regulation. From the Wind’s information, it implies the effort to market the small roadster which has the outstanding in designs in color, capacity, and clean burning energy that is quite energetic. Most of its designs are in the draft stage, so if Renault has a plan to import this production, they need at least 2 years in development.

What you know and you don’t know about safety around helicopter could make a big difference.

Here are some important information you must know in order to be safe around the helicopter at all times:

Approaching the helicopter – For some, especially the first timers, the sound of the rotor can be so intimidating at the same time exciting. These two are the main cause of absent-mindedness. And somehow, they tend to neglect the importance on knowing how to approach the helicopter.

What you should do is to keep calm and be aware of everything that is happening around you. Do not approach the helicopter if the pilot has not yet given you the signal to do so. Also never approach the helicopter where the pilot cannot see you. Approach the helicopter either from the side or front.

Approach the helicopter while keeping your head down. The rotor turns fast that could cause severe or fatal damage if you were hit. Also, in case you wear something that might fly off like hat, hold on to them carefully. If you are carrying long rod or tools, hold them horizontally. This would prevent the chance that this would hit the rotor.

On uneven grounds, make sure that you approach on the downhill side. This will keep you from the danger that you might hit the rotor. Remember this so that you stay out of danger.

While on the helicopter – Like riding a plane, there is a strict rule to follow to ensure that you have a safe ride. And it will all begin at the closing and opening of the door.

Once you have approached the helicopter safely, open the door slowly and be gentle on closing. Remember that helicopters are made to fly thus they are made from light materials so be very light on the doors. Just pull it slowly and close the latch handle gently. Wear seatbelt at all times and follow everything the pilot has said. The pilot knows about helicopters more than you do.

Departing from the helicopter – Departing from the helicopter is as critical as approaching it so make sure you follow the safety guidelines.

Wait for the pilot’s signal that it is safe to depart. Never disobey this or else suffer the consequence. On uneven grounds, depart on the downhill side. This would prevent you from hitting the rotor blade. And, keep your head down until you are clear with the rotor.

These things may be simple and very basic that is why not everyone follows it. If you don’t want to get hit by the rotor or fall off in mid-air, you have a very good reason to follow everything mentioned.

Shopriders is a brand name scooter providing assistance for those who are disabled or handicapped in many situations. The brand name of Shopriders is one that is well known in the medical supply industry, providing a complete line of scooters, for every need, and every size of person – even for two people at the same time!

Maneuverability With The Sprinter By Shopriders Maneuverability is a main concern for those who are shopping for a scooter. The Sprinter is one scooter that easily will turn corners closely and could easily be used in the home. The use of wheelchairs is often cumbersome, but the scooter provides you with many more options of moving from room to room or through the mall without worry of being in another person’s ‘way’ while you are in the same area.

The Sprinter is considered a heavy-duty scooter, one that will allow a person up to 350 pounds as a rider. This is one of the inexpensive choices in scooters, which you will not be afraid to use indoors or outdoors because of the stability and the ease in use of the Sprinter scooter. The Sprinter even is available with a front headlight for night traveling or for bringing that added attention to the rider on the scooter.

Shoprider And The Streamer Another Shoprider scooter is the Streamer. The Streamer is a more compact chair, on that is going to take corners and turns in very tight spaces with even fewer problems. A joystick for ease in use controls the Streamer. The joystick is going to add freedom for the disabled who does find it difficult to hold your arms up to the controls for any extended period of time.

An added benefit of the Streamer is the quietness. Some scooters can be a little on the noisy side, adding attention to the rider in the scooter, but the Streamer is one scooter that is reliable and quiet at the same time. To charge the Streamer, you will find the front load charger is one easy to access and simple to use. If you can walk around a bit, you can take apart the Streamer, into smaller pieces and then load the Streamer into a car, truck or a van. The disassembly of the Streamer is one, which can be completed by the person who is able to walk or a second person that may be riding in the car with the person who is going to use the scooter.

Lamborghini, or Automobili Lamborghini S.p.A. as it’s officially called, produces some of the most exciting sports cars in the word. Some of the newer Lamborghini models are the Countach, the Diablo, the Gallardo and the Murcielago.

Fact 1: Lamborghini is named after the founder of the company Ferruccio Lamborghini (1916-1993). Ferruccio Lamborghini founded the company in 1963 when he was 47 years old. The factory is located in a small Italian village called Sant’Agata Bolognese near Bologna.

Fact 2: Ferruccio Lamborghini was a successful tractor manufacturer before he got interested in sports cars. His interest in sports cars made him buy many different high-performance cars including both Maseratis and Ferraris, but he was never really happy with any of them and therefore decided to built his own, perfect sports car,

Fact 3: Lamborghini used to be an independent company, but today it is a subsidiary of the German company Audi AG. Audi AG became the owner of Lamborghini in 1998. Lamborghini went bankrupt in 1978 and was sold to Chrysler a long time before Audi AG became the sole owner of the company.

Fact 4: The fastest Lamborghini is the Le Mans version of the Murcielago R-GT model. It has been reported to have a top speed of 370 km/h. The fastest street model from Lamborghini is the Murcielago LP640 with an estimated top speed of 340 km/h. Both of the models have a V12 engine with more than 6000 cc.

Fact 5: Several of the newer Lamborghini models feature the familiar Lamborghini scissor doors that rotate up and forward on a hinge near the front of the door. The Countach, the Diablo and the Murcielago all have scissor doors, but the Gallardo does not. Both the Countach and the Diablo are no longer being produced, so the Murcielago is the only current model with scissor doors.

Fact 6: No Lamborghini have ever been produced with less than a V8 engine. Most of the Lamborghini models throughout the history of the company have come with the legendary Lamborghini V12 engine, but the newest model, Gallardo, only have a V10 engine. No Lamborghini models with a V8 engine have been since production of the Silhouette stopped in 1989.

Fact 7: The first Lamborghini was the 350GTV from 1963. It was extremely fast for its time with a top speed of 280 km/h. In 1964 a smaller version of the 350GTV appeared. The smaller version was called 350GT and had a top speed of 240 km/h. The Countach from 1974 was the first Lamborghini to go faster than 300 km/h.

Fact 8: In 1975 did Walter Wolf, a rich Canadian businessman and F1 racing team owner, persuade Lamborghini to produce three super powered Countach models. The Wolf Countach had the same engine as the orginal Countach prototype and were able to reach a top speed of 315 km/h.

Lifts are used to raise a vehicle on a stable platform, allowing automotive mechanics unrestricted access to inspect and repair the underbelly, transmission and wheels of the vehicle. Multiple vehicle lifts are standard equipment in most auto repair shops. In addition, some automobile enthusiasts install lifts in their homes for vehicle storage.

Prior to 1920, only service pits were available for repairing and doing preventive maintenance on the undersides of vehicles. The hydraulic auto lift was invented in the 1920’s to reduce the time and equipment needed to hoist vehicles off the ground. Depending on the design used, .today’s vehicle lifts can raise up to 50,000 pounds and can cost between $9,000 and $45,000. Installation not included.

In the beginning, there were no industry standards and vehicle lifts varied in design and construction. After World War II, there were only fifteen auto lift manufacturers in the United States. They recognized the need to develop standards to guide the industry. In 1947, the U.S. government issued its first set of standards. The Occupational Safety and Health Administration developed its own regulations in 1974.

Today, there are three major manufacturers of heavy lifts: Mohawk Resources Ltd. of Amsterdam, NY; Advantage Lift Systems based in San Diego, CA; and Rotary Lift in Madison, IN. Electric controls for lifts are standard, and lift features vary according to price and model. They vary depending on where they make contact with the vehicle, usually the axles, frame or wheels. They include single-, two-, four-post, and scissors lifts. The single- and two-post lifts are ideal for small trucks and cars. The four-post auto lift is used for most commercial and transit vehicles. The scissors lift saves space by having the posts in the middle of the lift, operating like an open pair of scissors.

Over the years, the structure of the automobile body has changed. Vehicles previously built onto underbody frames are now being constructed into frameless or unibody styles. Lifts have evolved to better handle the structure of newer vehicles. Rotary, for example, has developed the three stage lift. It has three telescoping sections, giving it a greater range of extension and retraction than other lifts. As a result, it can reach a broader range of vehicle pick-up points. It has become the preferred lift of many vehicle manufacturers, including Honda, Volkswagen and Audi.

Despite changes in the design of lifts over the years, many injuries and accidents occur annually. This is usually due to human error rather than any flaw in the lift design. The most simple things often lead to disaster. Auto mechanics sometimes fail to keep the lift area free of debris, grease/oil and obstructions. Not paying close attention when working around the lifts or allowing untrained individuals to use them are two more potential problems. Some forget to wear the right safety gear, including goggles, a hard hat, and steel toed boots.

Proper use and maintenance of the equipment is essential. Blocking or overriding the controls is dangerous. The manufacturer’s rated capacity is shown on the nameplate affixed to lift. Despite this, some mechanics use the lift to hoist vehicles that exceed the weight limit.

An ounce of prevention is better than a pound of cure. Mistakes made before the vehicle is lifted are accidents waiting to happen. The lift arms must be properly positioned before the vehicle is raised. If the center of gravity of the car is not on the center of the lift, cars may tip off. With some vehicles, removing or installing items may cause a critical shift in the vehicle’s center of gravity and result in instability. Mechanics should always refer to the lift manufacturer’s recommendations. If there is not ample overhead clearance space, the vehicle may be crushed. Mistakes also occur when the transmission is not in neutral, doors are not securely closed or the ignition is not turned off. Some repairmen fail to lock the lift into place before going under it. Others raise the car while someone is inside the vehicle.

Numerous accidents occur during the lifting process. The vehicle should be loaded on a lift carefully. Mechanics should ensure that the lift supports are in contact with the manufacturer’s recommended lifting points. When a secure contact is made, the lift can be raised to the desired working height. If work will be done under the vehicle, the lift should be raised high enough for its locking device to be engaged.

Before lowering a lift, the mechanic should ensure that everything is removed from under the vehicle. Locking devices should be disengaged before the lift is lowered.

“It’s all about beating the clock.” This quote comes from a wise old service manager, advising me on how to maximize my income as a flat-rate technician. If you have ever wondered why your car doesn’t get fixed correctly, or all your concerns weren’t addressed, you can blame, in part, the flat-rate pay structure.

Flat-rate simply means that your mechanic is paid a flat fee for a particular repair, regardless of how long the repair actually takes. In other words, if your car needs a water pump, which pays two hours of labor, and the mechanic completes the job in one hour, he gets paid for two.

In theory, this can work to your advantage. If the job takes longer, you still only pay the “predetermined” labor amount. In THEORY, not reality!

The flat-rate pay structure is designed to drive productivity. It’s very effective. The flat-rate pay system encourages technicians to work hard and fast, but it does not promote quality.

In terms of getting your car fixed correctly, the flat-rate pay structure has disastrous effects. Flat-rate technicians are constantly looking for shortcuts to beat the clock in order to maximize the number of hours they bill. Experienced flat-rate technicians can bill anywhere from 16 to 50 hours in an 8 hour day.

It’s these shortcuts and the breakneck speed at which flat rate technicians work that result in some of the most idiotic mistakes. In the rapid-fire pace of a shop I’ve witnessed technicians start engines with no oil. I’ve seen transmissions dropped, smashing into little pieces onto the shop floor. And I’ve seen cars driven right through bay doors—all in the name of “beating the clock.”

Flat-rate technicians can get quite elaborate with shortcuts. My favorite was the implementation of an 6-foot-long 2-by-4, which was placed under the engine for support while a motor mount was removed. It made a job predetermined to take 1.5 hours achievable in twenty minutes. A win-win, right? The technician makes extra money; you get your car back faster.

Actually, in many cases the placement of this 2-by-4 damaged the oil pan. Moreover, it caused the car, your car, to balance precariously 6 feet in the air, while the technician manipulated the car lift to access your engine mount.

This tactic was abruptly discontinued when a technician’s 2-by-4 snapped causing the car to crash nose down onto the concrete floor.

Sometimes the shortcuts create very subtle disturbances, which create problems overtime. A quick example: a vehicle had its transmission serviced with a new filter, gasket, and fluid. During the procedure, the technician was able to save time by bending the transmission dipstick tube slightly, in order to get the transmission pan out faster. The vehicle was reassembled, and the technician re-bent the tube back into place and off it went—no worries….

Six months later, the vehicle returned with an intermittent misfire. The engine wasn’t running on all cylinders. After extensive diagnostics, it was discovered that the transmission dipstick tube had chaffed through the engine harness, intermittently grounding out an injector. Hmm, that’s strange. Don’t usually see that.

The high-speed environment and the subsequent shortcuts illustrate the devastating effects of the flat-rate, sales-driven pay structure on the quality of car repairs.

No wonder even an oil change gets screwed up!

The poor quality of work encouraged by the flat rate pay structure is disconcerting enough. Unfortunately, it doesn’t stop here. The negative effects of flat-rate get exponentially worse, as it opens “wide” the door to rip you off!

Have you ever wondered about the differences in the tastes of men and women when it comes to cars? Clearly, men prefer cars that look tough and masculine and ooze power while women prefer cars that are “cute” and stylish, right? Well, that’s true to a certain extent, according to a recent study on car ownership between the sexes. However, what may be surprising to some is that there are areas of common interest between men and women and that both actually share a liking for the same favorite cars.

According to registration records for new 2005 and 2006 car models (January 2006 to the present), men love luxurious, high performance cars, preferably with a horsepower of 367 or more. On the other hand, women prefer cars that are affordable, practical and safe. They also put a premium on design flair in their cars as evidenced by the popularity of the Eclipse Spyder convertible, which had the highest percentage of female registrants of any car on the market. The preferred horsepower for the women’s cars were way below the standards of men, with the top five models having only an average 172 hp compared to 367 hp in the men’s favorites. It was just like you expected, right?

It was interesting to see the Mitsubishi Eclipse Spyder on top of the list of women’s favorite cars. If you take a good look at it, it does somehow seem like a feminine-looking car. But hold it. The Eclipse Spyder also happens to be the car of choice among 34.2% of male registrants. In fact, the study showed that registration records indicate that men sometimes buy feminine cars but women rarely purchase male-oriented, testosterone-fueled sports and luxury cars.

The thing is, what really makes a feminine car? I mean, I always considered the Mitsubishi Eclipse Spyder to be a masculine car ever since I first saw it in the 2003 movie “2 Fast 2 Furious,” particularly since it belonged to the angry, muscular ex-convict played by Tyrese Gibson.

The next popular cars for women were the Toyota RAV4 sport utility vehicle (SUV) and another Mitsubishi favorite, the hardtop Eclipse coupe. The men’s favorites were the Honda Acura NSX sports car and DaimlerChrysler’s Mercedes-Benz S55 AMG performance sedan.