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Accel Spark Plug Wires

A spark plug wire's task is no joke. Imagine carrying 50,000 volts multiple times a second under a 200-degree temperature. It is responsible for harnessing tens of thousands of volts and delivering this juice to the spark plugs every time, without fail. A poor-quality spark plug wire can waste your engine's energy by driving the electricity somewhere else.

Porsche Panamera, the Best Summer Car to Have

LSummertime is travel time. So learning a lot of ways to car summer maintenance tips is on set. Before hitting the road this summer then consider the best summer car, the 2010 Porsche Panamera. Porsche dealers are now stocking their lots with stunning vehicles and attractive convertibles, including this one.

Magnaflow Mufflers

What sets your vehicle apart from others driving machines down the road? Is it Yyour ride may have sturdy transmission, and the durable suspension, plus aandor your powerful thunderous engine?

Cool off with efficient GMC radiators available here with free shipping


Engines work in an arduous environment that creates friction and heat, in order to avoid the engines from overheating, radiators would be needed. GMC knows the importance of these auto parts in their vehicles. That is why they equip their vehicles with high quality GMC radiators for better engine performance. Since GMC is aimed at producing high performing and reliable vehicles, durable GMC parts are required for smoother operation.

GMC radiators are just some of the essential equipments in vehicles. The radiator is basically responsible for cooling the engine and nearby components by distributing cooling agents like a coolant. This coolant is a liquid, usually a mixture of water with ethylene glycol or antifreeze and a little corrosion inhibitor. This fluid then moves in a closed system from the radiator to the engine, where it conducts heat away from the engine parts and carries the heat primarily to the radiator. GMC radiators are strategically placed behind a vehicle's grille in order to benefit from the cool air coming in. The radiator not only cools the engine but also takes the heat away from the engine.

Radiators are tasked to at least take one-third of the heat produced in the combustion process, in order to avoid overheating. Motorists should know that for each vehicle type and capacity, there is a corresponding radiator. It is important that the radiator suits the needs of the engine for an efficient vehicle performance. For more effective cooling process, some engines have an additional oil cooler. This is a separate small radiator to cool the motor oil. Today, some cars that come with automatic transmissions have extra connections to the radiator, which is responsible to let the transmission fluid transfer its heat to the coolant in the radiator. Meanwhile, Turbo charged or supercharged engines may be equipped with an intercooler. As one of the highly used component in a vehicle, regular maintenance of the radiator is recommended. It is advised that vehicles more than five years old have their radiators check at least once every two years.

GMC truck bumpers protect the passengers

Tuesday, February 17, 2009

Vehicles are prone to many hazards on the road which may damage internal or external auto parts. To keep auto parts from those hazards, various safety features are installed in a vehicle. GMC is one car manufacturer that makes sure its vehicles are protected by installing high quality GMC parts on its cars. This is why GMC is known for their SUVs and pickup trucks that boast performance. One way GMC trucks keep their auto parts safe is through GMC truck bumpers.

GMC truck bumpers are helpful for they act as protection for the hood and engine in minor, low-speed collisions. Bumpers act as buffers, absorbing most of the damage of collisions before it reaches the hood. They can be installed in either the front or rear of a vehicle. Since their location makes them the first component to be in contact during a collision, they are able to prevent extensive damage to the vehicle. They are specifically made to suit a certain type of vehicle to improve its performance and safety. GMC truck bumpers, for example, are higher compared to passenger cars. Higher bumpers provide better clearance for driving in steep paths. Higher bumpers also prove to be helpful when motorists drive over large rocks and other objects during off-road operations.

Bumpers not only affect the performance of a vehicle, they also contribute to the external appeal of the vehicle. Some car enthusiasts opt for customized bumpers for a more stylish look. In the past, styling and customization was not really included in a bumper’s function. Early bumpers were just strap or flat iron incorporated in a vehicle. Later on chromed bumpers became the fad, especially in the 1960s. By the early 1970s, self repairing bumpers were introduced and after a while they became mandatory. This led to modern bumpers addressing the need for auto part safety and car customization.

Cold Air Intakes, Making F-250 Cooler to Drive

Wednesday, February 11, 2009


The series of Ford pickup trucks have already established themselves as tough-on-the-road vehicles and the F-250 is one of them. Improvements and upgrades on its parts are continuously being done to ensure it keeps up with the changing times. But one could still attest that installing an F-250 cold air intake is one of the best ways to improve performance.


F-250


The F-250 cold air intake could be considered a performance system as it is composed of tubes and sometimes come with an air filter as well. However, these tubes have large diameters for the purpose of taking in more oxygen. The result of more oxygen is an increase in horsepower brought by the injection of colder or denser air. The trick it does is not to take in the hot under-the-hood air, instead draw in only the cold outside air. It is already a common knowledge that combustion generates heat so the introduction of cold air into the hot chamber is really beneficial. The cold air helps in reducing the pressure of heat, all the while creating more efficient burn. Better fuel economy, more horsepower, longer-lasting engine – these are some of the good things that come with the installation of an F-250 cold air intake.


Cold air intakes are among the sure ways to a more powerful driving performance. And here’s the best part – these are easily available in most auto parts stores and at a price just under a hundred dollars. All cold air intakes are the same, the difference only lies in the quality of materials used. But deep down, cold air intakes still have the same goals – bring in more cold air and provide for a more efficient combustion.


True, the 300+ horsepower of F-250s may be enough, but wouldn’t it be more cool and fun to have more than that? This performance part even has tempting offers as it is within a reasonable budget and its installation is quite easy. So, for a cooler driving experience, installing an F-250 cold air intake is the way to go.

DIY: Cold Air Intake

Sunday, February 1, 2009

Vehicle performance is everything for some car owners and they’d give anything to achieve that. But of course, being practical when it comes to vehicles is also one way to achieve the desired performance. It doesn’t always have to be expensive as one can always get himself a cold air intake or better yet, make one with a DIY (Do-It-Yorself) cold air intake. This device is one of the inexpensive ways of boosting up performance.

Cold Air Intake

But before looking into details on how to make one, one has to be knowledgeable about the nature of the device. As mentioned, it boosts vehicle performance. It does so by taking in a colder or denser air from outside the engine bay (not from under the hood which is what the stock air intakes do). It also absorbs great quantities of cold air as its main goal is to supply more oxygen for a more efficient combustion.

Now that the functions of cold air intakes are established, below are the steps on how to make a DIY cold air intake. These would be helpful for those who want to try to unleash the mechanic in them.

First, one has to go to the store and buy the needed tools which are cone filter with an inlet diameter of about 3mm, a rubber hose that’s about 55mm, a flexible heavy truck 3mm exhaust tubing, 4-3.5mm clamps, and a high temperature paint (which is optional). The tools that one would just need are hack saw, sockets and some wrenches.

1. First thing to do is to remove the stock factory air intake installed.
2. Cut the stock air intake hose, get a heat gun and heat the rubber hose. While doing so, work the tubing into it. Get the clamp and put it over the rubber hose’s edge.
3. After that, take it and bend it the way it is needed to be bent. Be sure to leave as much space as possible between the exhaust manifold and the tubing (at least 1-2-inches). Then, remove the bracket that holds the factory intake in place. Remove the bolts that hold it and keep them somewhere safe. This will provide room to work on. Make sure that the gap between the road and the tubing is about 14-inches. Also note the length of the filter – if it is longer, make the pipe smaller. Measure the ground and the tubing using a ruler then cut it across.
4. Then start working on the air filter on to the tubing. Use the heat gun to warm the rubber part of the filter with then continue sliding it on the tubing. After that, place the clamp on the edge of the air filter’s rubber part and secure it down.
5. Support the tubing with the bracket that was holding the air intake before and bend it so that it becomes parallel to the tubing. One could also heat it so that it would be easier to bend it with a plier.
6. To secure the cold air intake in place more, reinstall the bracket and get the 2 clamps over it and the tubing. Then jack the front end of the car up, then put the clamp through the hole in the frame and around the tubing. Another reminder: don’t forget to securely tighten the clamp on the hose of the air intake on the throttle body. Then, check that all clamps are tightened down.
7. Now, it’s all set! Take the car for a drive and feel the difference that the cold air intake provides.

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