April 05, 2008

How to Build and Install a Hydrogen Generator to Power Your Car on Water

By Myla Madson

A while back I decided to build a hydrogen generator to help save money on my fuel bill. My ex-husband had built one and installed it on his car and was saving a ton of money. His fuel mileage had doubled!

So I asked him how he did it and he said he had ordered a set of plans on line that taught him how to build a hydrogen generator that allowed him to run his car on water. Actually, the water supplements the fuel he already has in the tank but allows that fuel to burn more efficiently. He said there were two models available but I should choose the one easier to build and that although it was not quite s efficient, it would still cut my gas bill by at least 25%.

That sounded pretty good to me and since he was not prepared to help me build the more complicated model, I went a head and got the easier version.

When you are trying to create hydrogen to burn in your vehicle, you are actually creating what is known as Brown's gas. It isn't pure hydrogen but rather two hydrogen atom bonded together in the presence of the oxygen molecule you pulled apart from it.

This is done by electrolysis and can be easily replicated and built with common parts and tools. I built mine in one weekend and installed it with no problems at all. My ex did let me see the plans for the more complicated model and I must admit, I probably could not have built it myself although I was tempted to try because it produced better results and was half the price.

The parts had to be ordered from the Internet and the assembly was pretty tricky so I opted for the basic model, which I suggest everyone do to get into this technology and not get discouraged.

I'm pretty happy with the one I built and my car runs a lot better and I am saving a lot of money. I will be trying the other plan as I want to save even more money but I need to get a little more confident in my manufacturing skills.

I'm going to be building a few hydrogen generators for my friends and like they say, practice makes perfect.

If you want to save money on your fuel bill and make your car run cooler, smoother and more efficiently, I recommend you build and install your own hydrogen generator. You will be so glad you did!

Want to build one yourself? I have links at my website to the two best guides that will show you, step by step how to make this hydrogen generator. It's freakin awesome and the government can't do anything about it! Got to http://MylaMadson.com/waterforgas







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Water Car - Run Your Car On Water Vs Water4Gas

By Peter C Johnson

Run Your Car On Water and Water4gas are HHO Gas Based system's which allow any car or truck to run efficiently on a mixture of water and gasoline. I have been a user of water4gas for about 6 months, and I have had many questions from people over the legitimacy of the rival Run Your Car On Water system.

Firstly to clarify, both Run Your Car On Water and Water4gas systems are essentially blueprints which show you how to assemble a HHO Gas based system which runs on water, baking soda and electricity. Both systems can be assembled from readily available and cheap materials from your local hardware store.

The main obvious difference between Run Your Car On Water and water4gas is the extra products you receive with Water4gas. You receive 2 ebooks- including how to get the most out of your water4gas system. Furthermore the customer support is great- I had a few issues which were resolved within 24 hours. With Run Your Car On Water you just purchase the ebook and that is that.

Conclusion

In a way I feel sorry for Water4gas as their website (which is admittedly very basic) has been imitated and plagiarised widely- leading people to think they are actually buying their product from competitors. Run Your Car On Water however is a cheaper product which essentially allows you to create the same system. Make up your own mind but to me the only differences are extra bonuses with Water4gas, and less customer support from Run Your Car On Water.

Want To Learn More About Run Your Car On Water & Water4gas? Please Visit:

http://www.water4gasreview.com







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Run Your Car On Water - Water Powered Car Hybrid

By Patrick Kaa

When you consider the current economic trends the world is experiencing at the moment it is becoming increasingly difficult for people to sustain their daily fuel expenditure on their vehicles. Its seems that whenever you go to the local petrol station that prices have increased a few cents a litre which means you get less petrol per dollar you spend. This can effect your budget and may even cause you cut back on certain things you enjoy or need!

However there is hope for those out there struggling on a tight budget, for years there has been claims that say you can run your car on water! Scientists and inventors alike have built and tested cars and SUV's that use water as their primary fuel source. This is done by breaking water into hydrogen and oxygen and then injecting these gases into the cars combustion system. Studies have showed that vehicles that used this provided cleaner emissions, greater fuel economy, and increased car performance (speed).

Run your car on water may sound far fetched to skeptics but it actually has been done and the results show that there are lots of advantages environmentally and economically for the consumer. Governments are now calling for more research and investment into this exciting discovery. The next 10 years will see more vehicles using alternative natural resources as oil becomes more and more scarce.

Some people have taken the first step and implement a system that use water as the main fuel source , this is done by using step by step guides that teach you from scratch how to create and install the water powered system into your own car or SUV. This system breaks down the water into hydrogen and oxygen and injects it into your engine making your vehicle cheaper to run run and environmentally friendly.

You can transform your car into a "Water Powered Car" and make it into a hydrogen powered vehicle. Its really not that hard to do and will save you money.

-> Run your car on water







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Water Powered Engine - Is A Water Powered Engine Possible?

By Cody Wheeler

How Can Water Power A Car?
The atomic breakdown of water, as most of us know, is h20. Two hydrogen atoms and one oxygen atom. When an electrical current is introduced to water, the bond is broken down into a gas known as HHO. Since we cannot create or destroy energy, but just alter it, it is still two hydrogen atoms and one oxygen atom, however it exists in a different state, HHO Gas, which is a very stable and efficiently burning gas.

This is the precedent for the water powered engine. Many people think it is possible to build an engine that will use this gas only to completely power a vehicle on water. And is most likely is. However, there are probably only a handful of people in the world that can build this engine, and if they did, they would most likely be either paid off not to reveal it or killed. A sad, but true story.

That being said, fear not. There is an alternative to the completely water powered engine. Using the atomic breakdown of water mentioned above, HHO gas, it is completely possible to successfully alter a current gasoline or diesel engine to use water to boost its engine efficiency.

Building a Water Powered Engine
The way this works is by introducing the aforementioned HHO gas into the combustion process of your vehicle. The resulting mixture is an extremely efficiently burning one, and also extremely "green" as well. You are essentially creating a partially water powered engine. This mixture will yield up to a 75% increase in most cases, sometimes even more. We have seen numbers in the 200% range with tweaking.

The process to create a water powered engine is very simple. It can be done in a few hours with parts from a hardware store. It costs around $75 for the entire conversion, but will end up paying for itself in less than two months in pretty much every case. On top of that, it will also increase your vehicle's life by cutting down on harmful carbon deposits from dirty gasoline.

This technology is 100% proven and legit. If you want to build a water powered engine this is your answer!

A completely Water Powered Engine may never be a reality, but the water fuel conversion is the next best thing and will save anyone who does it a lot of money in the long run, as well as reducing the burden his or her vehicle puts on our precious environment. Come visit us and we'll even give you a free fuel savings guide that will show you some easy ways to save gas without touching your engine.

For more information, please visit WaterFuelConversion.net







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Auto Restoration - Successful Steps To A Great Looking Car

By Craig Thornburrow

Auto restoration is a big undertaking, but if done right can save you money and give you more customization. Below is a general overview of the points needed to do the work and your particular job may differ in some ways. Most importantly you should focus on doing these procedures safely while using the proper protective gear for yourself as well as others.

There are seven steps to a basic auto restoration.

Inspection and Evaluation

1) First wash the vehicle to allow for a clear look of all surfaces.
2) Make a list of parts needed that can be seen at this time.
3) Make a list of labor that that can be seen at this time.
4) Make list of tools and materials needed, such as a compressor, air regulator, air hose and hardware, hand tools, and other metal working tools as needed. Sandpaper and fillers will be necessary as well.

Disassembly

1) Expand on part list as you disassemble vehicle.
2) Organize lose parts.
3) Take detailed photos/video of complicated areas before disassembly.
4) Find safe storage for delicate parts
5) Do not dispose of any parts unnecessarily until the vehicle is finished. This is very important.

Clean, Strip and Protect Metal Parts

1) Before stripping be sure to have tools and materials in place for coating, such as: A good rust converter for rust that will not be removed, and a good primer to help protect the metal while body work is being done.
2) Power sand, sand blast, plastic media blast or chemically strip: Rotary sander should be variable speed used below 1000 RPM.

Do the Metal Repairs and Filler Work

1) Get decent tools like a die grinder, stud welder, MIG welder and hand tools.
2) If the job is large, concentrate on one or two areas at a time.
3) This is the time for filler tools and materials. Use decent filler and sandpaper; it isn't worth purchasing cheap products. A dry guide coat is recommended for leveling the fillers.

Finish the Body Work and Start Priming

1) Polyester Putty is usually the final filler.
2) Direct to metal primer then 2K (filler) primer is applied.
3) Undercoating is usually done prior to doing the finish painting. Good "direct-to-metal" paints can protect the underside from deterioration.

The Painting Process

This is one of the most important processes of auto restoration and takes a lot of preparation and time. If you are planning on restoring your car, definitely look into this process further, as well as the other processes.

Compounding

After waiting for the paint to harden somewhat you can sand with ultra fine sandpaper (usually between 600 and 2500 grit) to remove orange peel, dust nibs, runs and other surface imperfections. If paint is fully cured, compounding and polishing takes longer, but is less likely to be damaged.

As mentioned earlier, if you are truly planning to restore your automobile, hopefully this gives you a rough outline of what you need to do, but you should certainly look into it further to give you a full idea of a complete auto restoration.

Craig Thornburrow is an acknowledged expert in his field. You can get more free advice on auto restoration and an auto restoration part at http://www.autorestorationtip.com







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April 01, 2008

2008 Mitsubishi Lancer Review

By Brian Sy

2008 Mitsubishi Lancer GTS
Mitsubishi gives entry-level a raise.

Mention the name Mitsubishi Lancer and thoughts of a fast, sinister-looking, sinfully fun car might spring to mind - just so long as the word "Evo" is in there somewhere. Unfortunately, the Lancer family has so far been a deeply divided one in which lesser models were left to languish with standardized styling, hand-me-down engineering, and few points of distinction. Factor in a lack of brand recognition and it's no wonder the Civic, Corolla, and Mazda 3 have blown compact car dust in Mitsubishi's face for six straight years.

The 2008 Lancer represents a determined effort to spread the excitement throughout the line. Under the Lancer's hood sits Mitsubishi's most original and high-tech four-cylinder engine in years, and the company's first-ever Continuously Variable Transmission (CVT) comes with it. The Lancer's steering and suspension got tightened up, the packaging team dug up some extra human room in a new jazzed up cabin with more safety features, and new high-end electronics head the options list. Finally, the term "flame-surfaced styling" may be taken, but the new body looks hot just the same. Here in the land of Lancer, the minimum wage is now a living one.

Still, the interest of putting one's best foot forward motivated Mitsubishi to hand us a Lancer in top-dog GTS trim. In addition to its upgrades over the mid-line ES model - mean 18-inch alloy wheels, sport suspension, front strut tower brace, bigger brakes, Sportronic manual shifting, fog lights, spoiler, chrome exhaust, sport seats, six speakers, leather steering wheel and shift knob, automatic climate control, and Bluetooth phone connectivity - our test car was all teched out with the $1,500 Sun & Sound Package (sunroof, Rockford-Fosgate stereo, 6-disc MP3 CD changer, MP3 input jack, Sirius satellite radio) and the $2,000 Navigation & Technology Package (touch-screen navigation system, 30 GB hard drive, digital music server, and FAST Key entry). Ahh, just the way we like em: racy and rich.

Ride and Drive

Mitsubishi has been touting the "racy" part lately, and a few minutes of seat time backed it up in some ways. Low-flow power steering keeps the wheel nice and hefty in the enthusiast tradition. The new 2.0-liter motor takes a 27% quantum leap over the first Lancer to kick up 152 horsepower, and its vocal nature means you'll hear those horses charging. Unleash them however you wish; steering wheel shift paddles let your index finger summon any of six speeds on a whim. What an idea: an involving compact car.

And a capable one. Acceleration to 60 MPH takes 9 seconds (okay); braking back to a standstill takes 118 feet (great), and the tires hang on for 0.86g of grip in the corners (excellent). Accurate steering and predictable tire breakaway allow confidence in pushing the Lancer to its limits, and the transmission's CVT nature gives the paddles true trigger-finger response.

Yet the Lancer's sports car aspirations feel half-baked - possibly because the chef mixed up some ingredients. Steering stiffness may be at hand but true road feel is kept at arm's length, and the engineers mistakenly believed the engine's sheer loudness could compensate for its sounding like crap. Moreover, the Lancer is the latest evidence of Mitsubishi needing a new corporate diet plan. Our test model outporks the last-generation Galant by clocking in at 3,126 pounds, which explains why so many of those extra horses feel like they jumped the fence.

The Lancer also has quirks that hinder everyday enjoyment. The CVT seems to allow a fairly whimsical relationship between engine and road speed - a problem compounded by the way its throttle response starts out dead and then lunges ahead. Top it off with grabby braking action at low speeds and you have a daily driver with a fair share of spikes, surges, and dips. The high road noise and snappy, clompity ride specific to the GTS don't help impressions, either.

Still, one senses that the Lancer would ride comfortable on its sophisticated multilink rear suspension with different wheels and tires. Feelings of solidity and stability are present at all speeds, possibly because the Lancer's new body has been markedly stiffened. Standard antilock disc brakes (except on DE models) are rare for the class and stop the car in reassuringly short distances. The ability to score 28 MPG despite the GTS's aero add-ons and soft-compound tires is impressive (it got 24 overall), and the big new 15.3-gallon fuel tank allows 350-mile treks before lighting the Low Fuel light. The Lancer has its strengths; just know that most of them don't have much to do with sport.

Inside and Out

Yet Mitsubishi takes more stabs at sport on the inside. Like the Mazda 3, the Lancer dares to be different, filling the dash with all sorts of shapes and bulges while laying on the black-and-metal look that's so en vogue. These eyes find the effect a bit jarring, but the number of "cool!" remarks consigns me to the minority.

We can all agree that the Lancer's controls work well. Most controls follow standard Mitsubishi logic, making them easy to reach and read; Lancer also fares fine in the storage space and cupholders department. A feeling of fairly high quality can be found in most items (excepting the sun visors, which feel like Styrofoam-stuffed coathangers), FAST Key makes for easy access to doors and trunk, and finally, Mitsubishi deserves love for letting drivers row their own gears via both the steering wheel shift paddles and the standard transmission lever.

Lancers with navigation lose a few ergonomic points. This is one of those touch-screen systems that usurps the stereo controls, making you frequently search for the right menu and dig deep to make inputs. Its control and menu logic deviates a little from most Japanese systems, and the decision to line 12 flush buttons along the perimeter of the screen calls for too much eyes-off-the-road time.

But a slightly screwy interface in no way spoils the effectiveness of either system. The Lancer's 6-disc, MP3-compatible Rockford-Fosgate comes armed with no less than nine speakers and 650 watts, endowing it with great clarity, crisp highs, and bass that's sufficiently thunderous for the most underaged of ears. With a little more sonic "warmth" to go with all this sheer force, it could knock the Scion tC's Pioneers off their perch.

The navigation system could use a semester at grammar school and a bit more detail at any given magnification level, but it's pleasant enough to use and understand; its hard drive-based nature makes for quick computations; and rarest of rarities, it can be programmed while driving. Huzzah!

Comfort paints a similar picture: despite some minor footnotes, the Lancer's got the basics covered. The steering wheel and armrest seem a tad far and a tad low, but the driver's seat adjusts six ways, comes swathed in a nice felt-like fabric, and feels fine after five minutes or five hours. The back seat has a case of the high-beltline blues that gives the illusion of sitting in a hole, but rest assured, it feels better to the body than the mind. It's got you covered with decent legroom and footroom, even more hiproom than in front, and a cushion that's thankfully mounted higher than it was last year (it could be higher still). The reclined backrest angle will be more to some tastes than others.

Breaking It Down

So when all is said and done, has the Lancer's radical revamping changed its standing in the crowded compact class? Among sport compacts, we vote no. Compared to this Lancer GTS, the Mazda 3 s has more power driving fewer pounds, a more polished engine and transmission, and just a more fun "feel" while scoring just as high in all matters practical. Throw two-door cars in the picture and the same can be said of the Scion tC.

It's better to bet on the Lancer's mid-level ES model, whose comfort-oriented chassis is tuned more in line with the car's natural demeanor. Yet even against the good old Civic and Corolla, the Lancer's unharmonious powertrain still counts against it in refinement, and its fuel economy falls short of both by a few MPG.

That leaves the Lancer to fight back in other ways. First, it's the gadget guru. At present, only Scion can match the Lancer in the audio department, and only Honda and Mazda have navigation systems. Next, Mitsubishi's supreme warranty (5 years / 60,000 miles basic, 10 years / 100,000 powertrain) beats everyone in the industry save Hyundai and Kia, and its track record suggests it will be more reliable than either. Finally, the Lancer has one of the most competitive prices in the class, as the ES model's $17,515 sticker stands a thousand or two lower than the class leaders.

Last Word

Add it all up and the Lancer might be a decent buy for those who buy cars on cost and conveniences, but until Mitsubishi works on the Lancer's polish, poundage, and personality, that's the best recommendation we can give.


Vehicle Summary

MSRP (including destination), 2008 Mitsubishi Lancer GTS: $19,115
Options on test car: Sun & Sound Package - power sunroof, 650-watt Rockford-Fosgate stereo, 6-disc MP3 CD changer, MP3 input jack, Sirius satellite radio ($1,500), Navigation & Technology Package - navigation system, 30 GB hard drive with digitial music server, Maintenance Recorder, Calendar, 7-inch touch screen, and FAST Key entry system ($2,000)
Price as tested: $22,615

Specifications

Layout: Front-engine / Front-wheel-drive

Engine: 2.0-liter 4-cylinder
Horsepower: 152 at 6,000 RPM
Torque: 146 pounds-feet at 4,250 RPM
Redline: 6,500 RPM
Features: DOHC, 16 valves, variable valve timing
Construction: all-aluminum


Transmission: Continuously Variable Automatic Transmission with manual shift mode

Front suspension: struts with 21mm stabilizer bar
Rear suspension: multilink with 20mm stabilizer bar


Steering: power rack-and-pinion
Steering ratio: 15.2:1


Brakes: vented front disc / solid rear disc

Weight: 3,109 pounds
Length: 180 inches
Width: 69.4 inches
Height: 58.7 inches
Wheelbase: 103.7 inches
Front / Rear track: 60.2 / 60.2 inches
Cargo space: 11.6 cubic feet
Seating capacity: 5


Wheels: 18 inches
Tires: P215/45R18, Dunlop SP Sport 5000M


EPA city / freeway gas mileage: 22 / 29 MPG
Observed average: 24 MPG
Recommended fuel: 87 octane
Fuel tank: 15.3 gallons







Posted by Automotive Journey :: 9:29 AM :: 0 Comments:

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How To Run Your Vehicle On Water

By Aubrey Oday

Doesn't that sound a little to good to be true I have to admit I would of been thinking the same thing your thinking right now which is it can't be done. Well hate to burst your bubble did you know that you can convert your car or truck to a water-burning vehicle(Water -hybrid)? Well here are the facts water is supplemental to gasoline (petrol) or diesel fuel. However it is possible and very easy to extract energy from water to run your car on water too.

You probably have a ton of questions don't you?That's perfectly fine I had a lot myself I'm going to do my best to answer the most faq. Won't it damage my car? Well I don't know if you knew this already but your car or truck is being damaged right now by unburned fuel. New technology will help not only eliminate carbon deposits caused by unburned gasoline - but will actively clean out your engine every time you drive. Over the first few weeks you will notice that the engine becomes smoother and smoother. Then it will level off at a new level - at which the engine continues to steam-clean itself every day. How much money will you save? Well every vehicle is different its kind of hard to figure out the exact numbers.

Here is the best part of this new technology its actually a do it yourself product that any average person can perform. Water 4gas technology provides you with a great entry level solution you can install in a few minutes without engine modifications. It won't damage your engine as matter of fact it will actually make it cleaner and make cleaner air for the environment.

If you would like to know more about on How To Run Your Vehicle On Water then click on link http://howtorunvehicleonwater.blogspot.com/







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Water Fuel Car - Amazing Benefits Of A Water Fuel Car - Save Gas, Driver Greener

By Cody Wheeler

Water Fuel Conversion technology is a phenomenon that is sweeping the nation and the world. With rising energy costs ailing the globe, consumers are looking for a way to ease the pain at the pump. Water Fuel Conversion technology is that answer. We have been using this technology for almost a year now, and have encountered several benefits. We'll discuss those next.

Sizable Increase In Fuel Economy
It is no secret that fuel economy is raised quite a bit using this technology. Thousands of happy customers have experienced significant gains. That is the main reason most people perform these conversions. In some cases many clients have managed to double their gas mileage after a bit of tweaking. Tweaking techniques are discussed in the manual. Obviously with this type of fuel economy increase you will save a considerable amount of money over time. The conversion initially cost around $100, but easily pays for itself, depending on the number of miles you drive and your previous MPG. You will also save more money as gas continues to rise.

Cleaner Burning Vehicle
After performing your water fuel conversion your car will not only get great gas mileage, but will also burn much cleaner. Carbon deposits will be drastically reduced because less gasoline will be introduced into your vehicle's engine during the combustion process. Car owners have actually removed their catalytic converters after performing these conversions and been able to successfully pass emissions testings. How does that sound California residents? By performing a water fuel conversion, you're not only helping yourself by driving a cleaner burning vehicle, but you are also helping your environment by driving a cleaner burning vehicle as well as your economy by reducing your energy consumption.

Tax Writeoff
The IRS gives what is known as an "alternative energy vehicle" tax credit to anyone owning a vehicle that runs on anything but gasoline. When your car is successfully converted to run as a water hybrid, you will most likely be able to claim this tax break, saving you money on your tax bill or even putting money back in your pocket in the form of a larger refund.

More Power With Less Gas
That's not a combination you hear very often, but it is a reality with a water fuel conversion system in place. Because the fuel burns so much more efficiently, there is much less wasted power following the combustion process. Your car is no longer robbed of potential power. Additionally, over time the carbon deposits in your engine will be cleaned, restoring the internal workings of your engine, making it even more powerful and efficient. It will only get better with time.

WaterFuelConversion.net has been studying emerging water fuel conversion technology since it's emergence on consumer vehicles. We have compiled a list of the top guides on the web. These will show you how to take advantage of the technology discussed in this article. Visit WaterFuelConversion.net for additional information.







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The Right Stroke For Your Engine

By Matt Brooks

There are four strokes on a gasoline engine. The first stroke is the intake stroke. This is where the intake valves are open, and the piston is moving downward. The downward motion lowers the pressure in the cylinder, creating suction. It pulls gas and air in until the piston reaches the bottom of the stoke. Then the intake valve closes and the piston starts to move upward. This increases the pressure in the cylinders and compresses the air and gas into a dense intake charge. This is called the compression stroke. Once the piston reaches the top of the cylinder, and the gas and air mixture is compresses, the spark plug ignites the fuel. This creates an explosion forcing the piston back down. This stroke is the ignition stroke. Once the piston reaches the bottom of the stroke, the exhaust valve opens. The piston then begins to move upward, pushing the exhaust and leftover gas out of the cylinder.

This is called the exhaust stroke. As the piston reaches the top of this stroke, the intake stroke begins and the cycle continues. The canmshaft controls the valve movement to open and close the valves, and the crankshaft if connected to the camshaft to keep everything in sequence. Think of your engine as breathing. It can't inhale and exhale at the same time, so the flow of air in and out must be properly regulated to prevent hyperventilation (too much air) or bogging down (not getting enough air).

Understanding the strokes of a motor can help you diagnose problems and tune it to get better fuel economy or performance. We know that to get more horsepower, we need a bigger explosion in the cylinders. You can get that by focusing on the air and fuel coming in and out of the combustion chamber. Adding an air intake, a turbo or a supercharger, or performance exhaust all contribute to maximizing the air/fuel in the engine. If you have more air coming in, you need to fee up the exhaust to allow more air out. This will keep pressures equalized (or more in favor of the intake) so it can easily pull air into the cylinders. To increase fuel economy, we need to get the most bang for the fuel, which means less air in and out, and more pressure in the cylinders to keep the fuel from escaping before being burned. Most cars are set up from the factory to have a good balance of power and fuel economy by taking these factors into account.

Majestic Modifications is the complete auto accessories solution, specializing in car accessories, cold air intakes and performance upgrades, body kits and exterior accessories, glow gauges and interior accessories, wheels and tires, mobile video, car audio and electronics.







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Camshafts, The Real Brains Of An Engine

By Matt Brooks

Camshafts are essentially the real brains of any engine. Looking at the big picture, an engine works because of what happens in the combustion chamber. When air mixed with gas enters the cylinders, it is compressed and ignited, forcing the piston downward which spins the crankshaft. Everything depends on the combustion of the gas and air in the chamber.

The camshaft is a rod with a series of precisely configured crest that open and close the valves in the engine. These crest vary in size, shape, and height. These variations in parameters can have dramatic effects on an engine. They determine how much a valve opens, when it opens, and how long it stays open.

Changing how and when a valve opens directly changes what gets into the combustion chamber. Keeping the valves open for a longer duration allows more gas and air in. Opening the valves more also increases the available gas and air, and more gas and air will equal a bigger explosion. This more powerful explosion forces the piston down faster, increasing horsepower.

The valves also control how exhaust gas escapes an engine. As described above, the timing of these valves is extremely important. The camshaft dictates exactly when each individual valve opens and closes, and the vehicle manufacturer has determined the best set-up for optimum power and fuel efficiency.

Because there are four strokes on an engine, the overlap of the valve openings must be configured accurately. If the valve openings overlap too much, your engine will lose its ability to pull air into the cylinders, or push exhaust gases out to the exhaust. Overlapping them just right can create a "supercharging" effect, where one (or two) valves are closing just as the other valve (or valves) is opening, the changes in pressure will help push air out, and pull air in, making the engine more efficient and stronger.

Adding a high performance camshaft can really boost performance since it is allowing more air in and out of the engine. You will sacrifice fuel economy for power, but if performance is what you are after, a nice camshaft will give you noticeable increases. The real performance can be found when a cam is paired with a free-flowing air intake and exhaust.

Majestic Modifications is the complete auto accessories solution, specializing in car accessories, cold air intakes and performance upgrades, body kits and exterior accessories, glow gauges and interior accessories, wheels and tires, mobile video, car audio and electronics.







Posted by Automotive Journey :: 9:25 AM :: 0 Comments:

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