How to Pick High-Quality Car & Truck Performance Parts |
Posted: November 8, 2017 |
You probably have a good reason to seek performance for your truck or your car. The goal might be to make your vehicle run smoothly and efficiently, because it’s your primary source of transportation or might even be the key tool in your business. In these situations, performance could mean reliability. But what does the word “performance” really mean when you’re searching for car and performance parts? Does this word mean you want and need something beyond reliability? The answer to that question is, “Yes, there is something beyond smooth-and-efficient operation of a car or truck.” So the next step is to determine why you seek performance. It’s important to discuss this in some detail, because performance modifications can increase the amount of fuel your vehicle consumes. This is not necessarily a negative factor. In fact, the additions and changes you make will determine whether there is additional fuel use. But it’s important to make sure the increase in performance is worth the additional cost of fuel. It’s also important to look at the multiple factors used to measure performance. The list includes emissions output and maximizing the energy your vehicle produces. So there’s much more to the subject than meets the eye. With this basic information in mind, you should be able to make an informed decision when you’re shopping for performance parts. The JourneyAs a car/truck enthusiast, you understand the original manufacturers of these vehicles prepare cars and trucks conservatively. Unless you make changes and modifications, your wheels will not necessarily perform up to their full potential. This prolongs the life of the car or truck, makes it more reliable in general terms, and allows for minimal maintenance. This is a real benefit to the everyday driver who doesn’t understand the mechanics of the vehicle and doesn’t necessarily want to. But there is a significant portion of the population seeking something more. For many car owners and truck owners, the pursuit of improved performance is an enjoyable journey. If you achieve these improvements on your wheels without major issues, you’ve reached your goal. This is where specialists such as those at RPM outlet enter the picture. It would be foolish to recommend immediate performance modifications to every vehicle owner, simply because the vast majority of drivers don’t need to make these changes. However, those who are interested in making important changes, buying automotive parts or performance parts for specific reasons, are reasonably comfortable with the vehicle in its stock condition, but understand how much potential there is, beyond the manufacturer's original setup. To achieve the goals you’ve set for your car or truck it’s important to have a basic plan. Ask yourself if you’re seeking better acceleration, stronger braking power, improvement in fuel consumption. These questions, and others, are essential before you head to the website of one of the leading providers of quality performance parts. You’d be best served by implementing performance and appearance modifications one at a time, so you get a true picture of how the change affects your vehicle. You’ll have a better understanding of how the car or truck is improved. Of course, if you’re an experienced do-it-yourself mechanic, or you have an endless bank account, you can just do it all at one time. But your best bet is to work with experienced specialists so you know you’re getting quality every time. A Fine Example
Suppose you’re one of the fortunate few who own a Ford SVT Cobra from the period 1996 to 2002. For a reasonable price, you could improve the car’s acceleration and enhance fuel economy with the easy addition of a cold-air intake. This modification can be completed in about an hour. You’ll be replacing the stock air box, which is probably quite restrictive, and will be installing an intake that allows air to flow naturally. No restrictions or baffles. Because it gets more air when needed, the engine delivers better performance while working more efficiently. Of course, it’s available online, from one of a well-known RPM outlet. For example, the RPM outlet Air Intake, which is perfect for the 1999 and 2001 RPM outlet, increases horsepower output approximately 15 HP, while improving torque as well. The kit includes ABS heat shield, silicone reducer, reusable filter, plastic intake tube, and hardware for installation. Perhaps you’ll choose the K&N cold-air intake for 1996 – 2002 RPM outlet. This is the Generation II FIPK Intake, which adds 12 HP or more (rear wheel, dyno tested) as compared to the stock air intake. This kit includes red filter, polyethylene tube. It eliminates almost all air-path restrictions, increasing performance noticeably. Your third option for the 1996-2002 Cobra is the RPM outlet cold-air intake, which replaces the restrictive air filter and intake housing installed at the factory. The kit includes aluminum tube and blue filter. You’ll be able to improve acceleration and overall performance for a cost in the range of $250 to $350, certainly one of the easiest and least-expensive methods of achieving better performance. Your Car and Oxygen RPM outletSince you’re reading about air intake, it might be a good time to look at an interesting component called the oxygen sensor. If an everyday driver sees the “check engine” alert on the dash panel, they may panic. But, in many situations, this alert is the result of the oxygen (O2) sensor. Sometimes this is simply an indication the sensor itself is bad. Of course, this might also be evidence the vehicle isn’t running as it should, the result of which is excessive emissions. Basically, this sensor measures the amount of oxygen in a gas or liquid mixture. Cars made since 1980 have this sensor as part of the emissions-control system. The sensor sends its data to the main or computer in the engine compartment, as a way to make sure the engine is operating its best. Oxygen sensors generally have to be working correctly for cars to pass any required inspection. The number and location of these sensors varies from one type of car to another. Many car engines use O2 sensor voltage levels to determine how much fuel to use. Most of the car engines can find out how much fuel to consume into the engine based on the voltage of the O2 sensor. If the sensor is malfunctioning, the engine won’t operate correctly and the vehicle won’t function as it should. This is a very basic description of what an oxygen sensor does, but it’s enough to let you know that vehicle operation is very dependent on keeping these sensors working correctly. So, what does this have to do with vehicle performance and the improvement of performance? Enthusiasts often choose to use an oxygen sensor simulator to send the signal to the computer the sensor is functioning correctly, as part of a modification that removes the catalytic converter to free up horsepower and increase performance (and sound). Once this process is completed, it may result in a code indicating the converter is not functioning or is missing. Know the DetailsIf you haven’t made this modification, you may want to discuss the process with the experts at RPM Outlet. They’ll be able to guide you in the area of the O2 sensor simulator and how it affects the performance of your vehicle. It’s important to understand the legal implications of using this simulator, since the Clean Air Act prohibits making modifications to the emission control system. If you can purchase one, it’s certainly up to you. But you’d be wise to talk with experienced professionals first to determine if it’s really a wise move. Some reports indicate vehicles will gain 5 horsepower or less from removing a converter that’s functioning correctly. This may not be enough to make the modification worthwhile. It may cost you a lot of money, especially because it’s not street legal in most situations. Many automotive veterans will suggest looking for performance gains elsewhere, such as with larger exhaust pipes and mufflers improving the free flow of exhaust. The other modification you might consider is improved intake, which you read about earlier. As you dig into this subject you might also come across the term “mil eliminator.” Computer-controlled cars have various voltage inputs for the oxygen sensor. One of the goals is to let the computer know if engine timing needs to be adjusted. An eliminator sets one consistent voltage, so the computer will advance timing and leave it at that level. This can improve overall performance and acceleration. Again, this is something you should go to the experts for if you aren’t prepared to make programming changes. In SummaryYou can learn a lot more about these modification ideas, and others, when you visit the website of one of the leaders in the performance parts field. Start your visit on the home page to shop by vehicle, shop for diesel parts, performance parts, even special deals on specific items. Improving performance is possible with most modern vehicles, but you must have the two key elements in place: knowledge and performance parts. Start your project today by talking with the leaders.
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