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Preventative Maintenance Means Oil Changes – Should You Use Synthetic Or Conventional Oil?

It’s likely that you’ve taken your vehicle into a quick lube for an oil change and received the synthetic oil sales pitch. No matter the make, model or age of the car, the technician was adamant that it was the best choice if you cared about the life of your car’s engine. Synthetics are a routine component of foreign car maintenance for most makes and models.

Learn about the myths and realities surrounding the various kinds of motor oil, and decide for yourself if the extra money you’ll spend on synthetics is worth it.

While standard motor oil is refined from crude fossil fuel, synthetic oil is chemically modified so that its molecules are far more consistent in size and shape. It uses the same basic ingredients, but they are structured to perform differently. As a consequence of its molecular design, synthetics have a higher boiling point and a lower pour point than conventional oil. In other words, it withstands a higher degree of heat and flows smoothly at colder temperatures.

Based on some assessments, synthesized oil has no problem moving through an engine in temperatures as low as -60 degrees Fahrenheit, whereas conventional oil takes a lot longer to get up to speed, so to speak.

You’ll hear plenty of claims about this state-of-the-art type of motor oil, some of which are true, others not. Given the performance of the ordinary vehicle, synthetics will not always increase fuel efficiency, nor will they significantly add to the life of the engine. However, because they provide superior lubrication, engine components experience internal wear at a slower rate. Because they contain no impurities such as sulfur and wax, which are generally found in conventional oil, they do not bring on sludge buildup in an engine. An upgrade to a synthetic variety won’t hurt the car, but it won’t make its engine last forever. Using a more expensive type of oil is never a substitute for preventative maintenance.

Synthetic oil is highly recommended for high performance vehicles with engines that produce a significant volume of heat, and they do perform better under these circumstances. Their higher viscosity rating and ability to perform consistently at high temperatures helps keep engine parts lubricated and working optimally.

For many imports, synthetic oil is an absolute must. The automobile instructions specify what type of oil to use. Most newer models made by Mercedes, Audi, Volkswagen, BMW and Porsche – to name a few – call for synthetics.

Domestic and import car maintenance requires, among other things, regular oil changes. The myth of the 3,000-mile oil change remains. While it’s unnecessary to change the oil that often, car owners should check the dipstick routinely to make certain there is adequate, clean oil and stay on top of other required maintenance. If you drive frequently or drive long distances regularly, you might want to change the oil more often, but most drivers can book up to 5,000 miles, even with conventional oil.

Man made oil will last 5,000 to 10,000 miles, but it too breaks down after time. Unless your car’s manual says “synthetic oil only” or you live in a cold northern state, this type of oil won’t significantly enhance your car’s performance. If you want to try an upgrade, it is okay to switch between types, but not recommended to mix the two. There are also semi-synthetic blends that contain a minimum of 70% conventional oil. This type provides many of the lubrication and viscosity advantages of synthesized oil at a lower price point.

Bottom line, if your owner’s manual specifies “synthetic oil only,” then you should always stick to the manufacturer’s guidelines. However, if you have an older car that’s in good condition and you have consistently used regular oil, don’t feel compelled to switch to synthetic. Your wallet will thank you.

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The 1953 Alfa Romeo 6C 3000 Colli Spider

One of the many classic cars built in the 1950s was the 1953 Alfa Romeo 6C 3000 Competizione Maggiorata Colli Spider. Hidden by Alfa Romeo due to the Second World War, the 6C 3000 CM Colli Spider had an advantage over its competition as no one ever saw a vehicle quite like it before. The previous models of the 6C 3000 CM was powerful indeed but it wasn’t able to hurdle over its competitors from Ferrari and Vittorio Janos Lancia. With victory in mind, Alfa Romeo designed the 1953 6C 3000 CM Colli Spider and it won the first Gran Premio Supercorte Maggiore in Meran in 1953 at the hands of driver Juan Manuel Fangio.

The Spider’s Roots

As touched on above, Alfa Romeo anticipated a war and hid the molds they made for competition cars and production molds. After the Second World War was over, Alfa Romeo dug up their models and immediately continued production. This gave birth to the Alfra Romeo 158 Grand Prix racer, which was the winner of the first ever Formula 1 Championship held in 1950. It also produced the 6C 2500 road car which was the only luxury super car available at the time.

Alfa Romeo proceeded to make modifications to their models and among these was the shorter wheelbase and revised rear suspension. They then cut 20mm further to the wheelbase in order to lessen weight and improve the car’s ability to take corners. Also, Alfa Romeo replaced the rear torsion bar and friction damper setup with a single transverse leaf spring and twin hydraulic dampers. They also improved the engine performance going from 120 brake horsepower to a 145 brake horsepower. These changes coupled with an aerodynamic body resulted to top speeds of over 200 kilometers per hour for the 6C 3000. Despite these model changes, Alfa Romeo was still unable to beat competitors from Ferrari and Lancia.

Now building for the 1953 competitions, Alfa Romeo designed a car that used an engine with 6 cylinders with a displacement of just under 3.5 liters. This made Alfa Romeo’s new car twice as powerful compared to the 1947 model and has dubbed it the Alfa Romeo 6C 3000 CM Colli Spider. For your information, only 2 of these speed demons were ever built. The first one was the one that Fangio drove to victory and the second one, which utilized a shorter chassis and a 3-liter engine, was destroyed during its first test. Today, the only 6C 3000 CM Colli Spider can be seen at Museo Storico Alfa Romeo.

William is enthralled with muscle cars and loves to write about these classics to help educate others about these amazing vehicles.

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Dr. Porche Developer of the Volkswagen Beetle

Who would of thought that an ugly duckling car would go on to become a much loved Disney movie hero in the form of Herby the 4 cylinder Volkswagen VW Beetle of most determined and passionate vehicle on the race and rally tracks .

The Beetle project was started in 1933 by Adolf Hitler when he became the German Chancellor. Once the design was finalized, the site for the factory was chosen near the village of Fallersleben. The foundation stone was ceremonially laid by Adolf Hitler in May 1938. He then announced that the car would be called the KdF-Wagen or the Strength through joy car. By 1939, the first part of the plant was finished. Due to the outbreak of World War II, only 630 Volkswagen were produced during this period. However, over 50,435 Kubelwagen’s, the Volkswagen’s military version, were produced. Hitler turned to Ferdinand Porsche, one of Germany’s most renowned car designers at that time for the project.

Work resumed and up to 7677 cars were built in 1946. The plant was able to sustain this output even though it was very difficult. In 1948, Heinz Nordhoof was made General Manager. He instantly set out to make the Beetle go global. In July 1947 he launched a highly enhanced export model which sold very well in Holland. He saw that the great potential of the American market and in 1955 instituted Volkswagen of America. When the war ended, the town came under British control and was renamed Wolfsburg. Wolfsburg then received visitors from the British Society of Motor Manufacturers and Traders. They were doing research on the German motor industry during the war and were obviously impressed by both the Volkswagen and the factory. Its simplicity allowed it to be produced even cheaper than the engine then being developed. With its air cooled ( as opposed to the standard water cooled radiator designs), engines Beetles engines were ultra reliable and always started in cold winter climates without being garaged. Canadians especially those in northern Manitoba,Ontario , Alberta and BC British Columbia loved them for that.
Yet the failing – of the reverse of having no radiator meant no hot water and antifreeze for the in car heater. This was remedied in cold climates ( important for safety concerns for the windshield defroster and frosted icy windows ) with a gas heater. Still gas heaters used a lot of gasoline and were not cheap to operate.

In 1937, the VW was made a government-funded project. Hitler said that the car should look like a beetle to be streamlined. Early VWs were well known to their drivers having the auto battery under the driver’s seat. Often the stench of the hydrogen sulfide gasses emanating from under the seat – from the charging battery would almost overcome the driver themselves. Once the car’s design was settled, the German government started work on the factory. After the Second World War the VW plant was offered to both GM General Motors and even Ford as war reparations . The comment that always came back as a biting insult to the marketing intelligence and insight of the Ford Motor Company’s patriarch Henry Ford was that an adviser had noted to him regarding the Volkswagen Beetle product “I would not give you a plugged nickle for it”. Sadly ( for him and Ford” Henry Ford listened, agreed and payed heed to the consultant’s sage advice. The first phase of the plant was finished in 1939. Manufacturing was however interrupted due to World War II.

It had an air-cooled rear-mounted boxer engine and used Porsche’s torsion bar suspension. This design became the basis for the Volkswagen, designated in 1934 as Type 60 in the Porsche design registry. Production resumed and at least 7677 cars were built in 1946. Heinz Nordhoof became the General Manager in 1948. After the WW2 – a major earner of foreign currency to the West German economy was from the sale of Beetles overseas to North America – including Canada as well as the USA. Long before Toyota became a household name in the US and Canada the Beetle had made its record as the best ranking import car model and brand. By 1968, sales were highest at 423,008 cars sold. Plants were created from 1951 to 1964 in South Africa, Brazil, Australia and Mexico.

In 1950, the 100,000th car was built, and in 1965 Wolfsburg produced its first millionth Beetle. Unfortunately, Heinz Nordoff died in 1968. The German government took over VW project in 1937, injecting. RM 50,000 (₤42,918) into the project. Hitler commented that the car should look like a beetle, to make it streamlined. Exhaustive tests were conducted and changes like introduction of a divided back window, increased output of the engine cooling fans, adding of running boards and one piece bonnet instead of two were made.

In 1972, the Beetle overtook the Model T Ford as the best-selling car in history. But VW made the same mistake as Ford by keeping the Beetle in production far too long. In 1974, Volkswagen recorded its first loss. Thus, the Beetle was replaced and the last Wolfsburg Beetle was produced in July 1974.

This rugged little car’s charm has won the hearts of many, making it an all-time top-seller. Even with its aged design, it’s still being manufactured after more than forty years. More than twenty million Beetles have been made and more continue to be produced in Mexico and Brazil.

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AMSOIL Introduces New Z-ROD™ Synthetic Motor Oil :- Amsoil Z-Rod.

Amsoil Z-Rod

Get a FREE Amsoil catalog now and set up your account!

AMSOIL Introduces New Z-ROD™ Synthetic Motor Oil
Amsoil Z-Rod

Amsoil Z-Rod

Amsoil Z-Rod

AMSOIL now offers a synthetic motor oil engineered specifically for classic cars and performance vehicles. Available in 10W-30 and 20W-50 viscosities, Amsoil Z-Rod Synthetic Motor Oil (ZRT, ZRF) features high-quality synthetic base stocks and a proprietary additive package tailored to perform on the street and protect during storage.

Amsoil Z-Rod

Amsoil Z-Rod Synthetic Motor Oil is formulated with high levels of ZDDP to protect flat-tappet cams, lifters, rockers and other areas susceptible to wear. Its high-zinc, high-phosphorus formulation provides the extra wear protection these critical splash-lubricated components require.

Amsoil Z-Rod

AMSOIL Z-ROD™ Synthetic Motor Oil is specially engineered for classic and high-performance vehicles. It features a high-zinc formulation to prevent wear on flat-tappet camshafts and other critical engine components, along with a proprietary blend of rust and corrosion inhibitors for added protection during long-term storage. Z-ROD Synthetic Motor Oil is designed to perform on the street and protect during storage.

AMSOIL, the leader in automotive synthetic lubrication, produced the world’s first API-qualified synthetic motor oil in 1972. Trust the extensive experience of AMSOIL, the First in Synthetics®, to do the best job protecting your engine.

Protects Flat-Tappet Cams
The lifters and cam lobes on flat-tappet camshafts common to classic and high performance vehicles slide rapidly against one another, producing high friction and heat. The friction between the two components can eventually wear down the cam and affect valve operation, ultimately resulting in lost engine power and reduced efficiency. In addition, these areas are splash-lubricated rather than pressure lubricated like other areas of the engine, which adds extra strain on anti-wear additives like the zinc and phosphorus in zinc dialkyldithiophosphate (ZDDP).

AMSOIL Z-ROD Synthetic Motor Oil is formulated with high levels of ZDDP to protect flat-tappet cams, lifters, rockers and other areas susceptible to wear. Its high-zinc, high-phosphorus formulation provides the extra wear protection these critical splash-lubricated components require.

Now Available!

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Our Top Tips For The F1 Championship In 2011

That time of year when we make our way to the starting line for the Formula 1 Championship races is upon us once again. Although the season started just under a month ago, it’s easy to make some predictions about which teams and which drivers we might see on the winners’ podium when all is said and done.

The obvious pick for winning driver is Sebastian Vettel since he won last year’s Formula 1 championship. Vettel definitely has the fastest car and could easily win just based on that fact alone. Plus, despite some mechanical failures, driver errors, and wrecks during last year’s run, Vettel has gained the confidence a champion needs to regain his title.

Vettel’s cars are being designed by Adrian Newey, arguably the best Formula 1 engineer around and he has Red Bull footing the bill for him. Put all of these things together and you have a recipe for a winning F1 driver.

If Vettel doesn’t bring home the trophy, the next likely candidate is Fernando Alonso and there are several reasons we see him as the favorite to win right behind Vettel. We admit Vettel might have the fastest car, but Alonso is the best driver by far. When you consider that Alonso has won championships for three F1 teams and was definitely the most successful of the Renault drivers, you can’t argue that he’s not the best driver.

Think about it, even though Ferrari didn’t have the best car last year, Alonso was still very close to becoming last year’s Formula 1 champion. Alonso is definitely the best driver Ferrari has and even though that may not be enough to help Ferrari when it comes to the Constructor’s Championship, it will go a long way to helping Alonso in his continuous battle against team Red Bull. If Ferrari continues to make its cars faster and/or Red Bull has some of the same stumbles it had last year, Alonso could easily slide in and take the F1 championship title.

This isn’t ground breaking F1 news, but Mark Webber is definitely this year’s dark horse when it comes to winning the F1 championship title. Webber almost pulled an upset to win last year’s championship and it wasn’t until the end of the season that we realized he wouldn’t be the F1 champion Some argue that the obvious tension between Webber and his teammate Sebastian Vettel – both on team Red Bull – will cause Webber to either leave the team or be forced to leave, but none of that matters when you consider that Webber is still driving a Red Bull car this year.

If Webber can overcome Vettel, he will have completed the hardest part of becoming this year’s F1 champion. But, even if he can do it, Alonso and team Ferrari could still take the championship from both of them.

Although, when all is said and done, we could see someone like Lewis Hamilton sweep in and take the championship for team McLaren. McLaren is still struggling with some of the same challenges they had last year so that probably won’t happen, but this is Formula 1 racing – anything is possible.

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