Spark Plug Wires

Motorcycle is Economical Transportation

Motorcycle is a vehicle with two tires, which is have a kinetic energy that supported by an engine. It has two parallel tires which is designed particularly with high secure and considering the balance when the riders sit upon the seat. The control of the motorcycle it self is the handlebars, which is completed with buttons like electric starter, horn button, signal button, front lamp button, brake handle and so on. In front of the riders, there are monitor status lighted like Rpm monitor and speedometer, fuel meter, and a monitor which can informed the range that you had have reach. In the machine part, there are kick starter, sparking plug, smear oil tube and others part. That’s a simple explanation about motorcycle, right!

In earlier, motorcycle is made for sober transportation only, but for now on, it is no longer like that. It has many functions during the technology development, and being needed the most by all society, from bottom up to top. Instead of using it for transportation, motorcycle is become sports medium, hobby, fashion, life style. Hence, there is many people make their own motorcycle community.

For Indonesian people, especially for Jakarta community, using motorcycle is very popular. Not only the price is cheaper, but also the operational cost is a way cheaper than others transportation, but the most reason why motorcycle is very popular in Indonesia because it is great in traffic jams, one can easily maneuver between larger vehicles, and also is easy to park. Because of that, it is not surprised if numbers of motorcycle riders is increasing significantly.

Maybe not only in Jakarta that motorcycle riders is increasing, in another country likes Malaysia, China, Thailand, Vietnam, and others, we can see that motorcycle is the most popular for personal transportation because it’s a simple and economical transportation.

Cheap motorcycles are the most economical options for those who are looking for off-road and on-road rides. Touring bikes, cruisers, and sport bikes are the basic categories of motorbikes available in the market. Whether it is touring bikes, cruisers, or sport bikes, there are numerous ways to avail these motorcycles at a cheaper rate.

The best option to purchase motorcycles at a cheaper rate is the Internet. Internet is jammed with numerous websites which provide a wider option in different models of motorcycles. There are at internet some of the online sites to avail motorcycles at a competitive rate. You can also buy motorcycles at a cheaper rate from wholesale dealers.

Buying used motorcycles is also the best choice for getting motorcycles at a cheaper rate. One can easily find used motorcycles of different brands and models. There are many local dealers, who collect and refurbish used motorcycles. Purchasing of used motorcycles will have many downsides. Newspaper is the most common source to find cheap motorcycles, especially, the classified and the auction listing for cheap motorcycles. Apart from buying, you can also place your ads for cheap motorcycles of any brand or model depending on your need.

Helping Your Car Run the Extra Mile

A little extra care here and there when it comes to your car, and you will find yourself saving loads of money not just on repairs, but on fuel as well!

Keep your engine tuned up. A misfiring spark plug can reduce fuel efficiency as much as 30 percent. This means less money in your wallet. Follow the service schedules listed in your owners manual. Replace filters and fluids as recommended.

I know it does not always fit into your schedule. You just have to make yourself do it. If the dealer is charging an arm and a leg for a tune up, get a second opinion at a local reputable car repair shop. They can do the same service schedule, usually at a greater savings to you.

These tune ups not only keep your car running smoothly, but they will help when you are ready for a newer vehicle. A smooth running car means a better trade in value for you.

Check your tires for proper inflation. Under inflation actually wastes fuel. It causes your engine to work harder to push the vehicle. Wheels that are out of line (as evidenced by uneven tread wear or vehicle pulling) make the engine work harder, too. Keep those tires inflated properly, and you will save when you fill up.

Drive gently. Avoid sudden accelerations and the jerky stop and go routine. Pass the barf bag, please! Use cruise control on open highways to keep your speed as steady as possible.

Avoid excessive idling. Shut off the engine while waiting for friends and family. Todays vehicles are designed to warm up fast, so there is no need to warm your car up for half an hour on cold winter mornings.

Keep your air conditioner in top condition.

Remove extra items from the vehicle. Less weight means better mileage. Storing luggage in the trunk rather than on the roof reduces air drag. All these little things add up.

Plan your daily errands to eliminate unnecessary driving. Try to travel when traffic is light to avoid stop and go conditions.

Join a car pool. At least, ask if someone wants to share a ride if you are just headed one place and then back.

Remember, how you drive your car, and how its fluids, old parts, and tires are disposed of all affect the environment. So take good care of your baby! Go the extra mile for it, and it will run the extra miles for you!

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Important Notes on Car Parts

One thing that a car owner should understand is that it is important for him to appreciate how the different components work together to enable his automobile to run – that every car part, component, or accessory has its own role in contributing to overall automotive performance and ride comfort. For instance, a damaged spark plug wire can cause the entire automotive system to fail altogether. While this tiny component may simply be just a tiny piece for some, the conscientious car owner knows this wire could affect a vehicle’s effectiveness. Therefore, to ensure a dependable automotive performance and life, an owner must know how to take good care of each part – or at least what to do if and when it fails.

Car parts eventually wear out due to the nature of their arduous tasks. When this happens, immediate replacement is usually needed. The question is, where can you get a set of reliable replacement parts? While it is possible to acquire replacement parts from the local car dealer, purchasing online can be a smart and practical option. Enter Auto Parts Warehouse. This innovative online auto parts retailer allows a car owner to get any car component he needs – with just a mouse click – and have it delivered right to his doorsteps. Auto Parts Warehouse’s extensive range of stocks ranging from OEM and aftermarket parts to brand-specific car parts allows one some flexibility in his options. The beauty of this purchasing method is that it can be done while enjoying a free minute at work, or at home. Aside from a large inventory, Auto Parts Warehouse offers premium-quality stocks – from AC Condensers to Wiper Blades – at low prices.

Ultimately though, to prolong the lives of auto parts, car tune-ups and maintenance are usually made through the masterful handling of a professional mechanic. The simple tasks of keeping the interior and exterior section of the car clean also reduce the risk of deterioration. Just as well, when it comes to installing or replacing some accessories, make sure to seek for professional assistance especially if the car owner has no prior experience in performing such tasks. Considering the repair manual will definitely help.

It is clear that an automobile is more than just a running machine – it is a working system made up of composite parts and components. Sooner or later, one or more of these components will wear out and fail. Fortunately, Autopartswarehouse, along with its competent round-the-clock sales and customer service support, is just a click away from giving the car owner an instant aid.

Run Car on Water – Scam

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You must have read articles on the web, which says “Run your car on water!” Now you may ask yourself, is it really possible to run your car on water? Can it really double the gas mileage or increase the power of your vehicle by 25% without any major alteration in the present engine? The answer to all these questions is YES! How good it feels to pull into that gas station half as much as usual thereby, realizing how much money we are not spending on gas.

Sometimes it may seem crazy to think of mixing gasoline and water. According to the fact, hydrogen and oxygen (water), and gasoline mix well in their gaseous states. The car’s electrical system is used to turn oxygen and hydrogen into gases through the action of electrolysis of water. Now the engine injects the oxygen and hydrogen gas into an air mixture, which the gasoline already combines with, allowing the engine’s piston to compress the mixture and the spark plugs to ignite it. This is how a car runs on water!

There are a number of benefits of running a car on water. Some of its benefits are as follows:

· Boost in fuel efficiency by up to two times

· 15 to 25 percent increase in power

· Smoother engine operation

· Removes carbon deposits in motor

· Lower engine operating temperature

· Less pollution

· Less wear and tear on engine

· Save money

Many claim this to be something fraud because the systems use more energy than they produce. This is true because the system uses more energy than it produces. The car’s voltage regulator turns off the generator when the battery is charged and the generator does keep on spinning. The wasted potential energy is what is used to create hydrogen. It saves money and gas, and yes it works! It reduces pollution, removes carbon deposits in the motor, lowers engine operating temperature, gives the engine a 15 to 25 % increase in power and boosts fuel efficiency by up to two times.

It is an unquestionable fact of physics that no machine can produce more than it consumes. However, this is an exception and believe me it does work!

Private Pilots Are Producing Exciting Videos From the Air

There are those of us who love to fly… and there are those of us who simply refuse to fly. The gap between these two frames of mind is huge. The fear of flying, in particular, is fueled by the media. An airplane crash is instant national news. The media loves to exploit the aviation industry whether it be for financial gain, viewer ratings, or a combination of the two. One could only wonder what the evening news would be like if they showed successful takeoffs and landings every night. General aviation is treated much the same as the commercial airlines in regards to media coverage. General aviation includes all flying other than scheduled commercial flights and the flying of military aircraft. General aviation includes the local pilots flying out of that non-towered airport at the edge of town; the part-time aviators who fly for a hobby, as well as commercially rated professional pilots and instructors who love to share the flying phenomenon with others. Those who love to fly low and slow and enjoy the beauty of the landscape and the feeling of flight can share this wonderful experience with those on the ground thanks to modern technology specifically the the hand-held video camera.

Flying is an incredible experience that many people may never have the privilege of experiencing for themselves.Those who choose not the fly in propeller driven airplanes might never see the amazing view available through the windshield. Websites featuring videos uploaded by their individual users such as Youtube and Eye of the Pilot are changing that. Videos shot from the cockpit of a small airplane are enlightening to say the very least. If you are a private pilot with access to a small plane and a handheld video cam, you may want to take some time and record a flight or two. The process is simple and the rewards are plenty. Sharing cockpit videos among family and friends can spark interest in general aviation and maybe even lessen the fears of those who refuse or resist flying.

Producing a flying video is actually quite simple. The camera however, will need an external microphone jack if you wish to record your voice and radio chatter. A handy cam without the microphone jack will do nothing more than record video plus your motor noise which is not typically desirable. With some basic software and a bit of computer savvy, music or narration can be dubbed over your video in this case. Cameras with an external microphone jack can be interfaced with the intercom of the airplane through the use of a patch cord. It simply plugs into your headset in series with your connection to the jack on the airplane’s instrument panel. These patch cords are available at your friendly neighborhood pilot supply shop. There are also schematics available on some aviation websites for those interested in making their own patch cord.

Digital video cameras work best if you’re planning to share the video online. Older analog cameras using the 8mm tapes or even the VHS style cameras are fine if you are planning on viewing these flying adventures from home on a television set. These tapes can be converted to a digital file through the use of some commercially available computer hardware and software, although this method can be cumbersome and time consuming and is not generally recommended for those interested in posting the videos online. Flying an airplane is a privilege. Becoming a private pilot takes education, dedication, training, and plenty of practice. To many pilots, flying is literally sacred. That’s why sharing this experience with those not fortunate enough to find themselves in a cockpit can be done best through the magic of video.

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You Paid What For Gas?

Gas prices are outrageous. They seem to climb higher and higher by the minute. When this upward trend in prices will end is anyone’s guess. With brittle budgets and no relief at the pump in sight, consumers are looking for ways to lower their gasoline bills. Short of investing in a horse and buggy, here are a few gas saving tips to help you get the most from the money you spend at the pump.

Start with your car owner’s manual.

Check your tire pressure. Inflate or deflate your tires so that the pressure of each tire matches the suggested pressure listed in your owner’s manual. Surprisingly, improperly inflated tires can adversely affect your gas mileage.

Check the maintenance schedules in your owner’s manual and see that your car gets the suggested maintenance performed as frequently as recommended by the manufacturer. Dirty air filters, old spark plug wires and dirty motor oil all affect your engine’s performance. Keeping your car in top working order allows for a more efficient engine, thus reducing the amount of fuel needed to run smoothly.

Clean your fuel system.

Carbon build up, plugged fuel injectors and ill functioning exhaust systems can drain your gas tank quickly. If you are not a backyard mechanic, take your car to an ASE certified garage and request a check of your fuel system. Repair or replace any poorly functioning parts and schedule a check up in six months before leaving the garage.

Adjust your driving habits.

Speedy take offs at the stoplight may make you feel like Mario Andretti, but they are torture on your gas tank. Coast as much as possible and accelerate gradually when necessary. Use your brakes sparingly. Let nature slow you down instead of your brake pads.

Slow down on the highway. Car experts say that traveling faster than 60 mph costs you money. For every 5 mph above 60 mph, it cost you an additional .20 a gallon to maintain your speed. By driving at 60 mph instead of 65 mph, you save nearly a tenth of a gallon of gas at current fuel prices.

Clean out your trunk.

Remove any unnecessary items from your car because excess weight will decrease your gas mileage. Lighten the load to save money. Some car fanatics even argue that a clean car runs better. They meticulously scrub bugs, dirt and debris from the undercarriage to lighten the car and wax the finish regularly to reduce wind resistance. At the very least, be sure that you’re not consistently carrying more weight in your car than you need to.

Shut off your air conditioning.

A car’s air conditioner sucks gas like a thirsty camel. Use it sparingly, or not at all. If the weather is nice, roll down the windows or use the fan setting. After your car’s interior has heated up by sitting in the baking sun, roll the windows down for a few minutes to allow the hot air to escape rather than turn the air conditioning on immediately. Your air conditioner will run at a higher setting for a shorter period of time if you allow the majority of the heat to escape naturally and replace it with fresh, cool air from the outside.

Put these tips into practice with your car and reap the benefits of better gas mileage . With a little extra work and some common sense, you can fight those outrageous gas prices and save money at the pump.

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BMW 630 rod test and review

The 6 Series offers a choice of two body styles — Coupé or Convertible — and two powerplants. Tested here is the latest addition to the range, the 630i Convertible, which boasts BMW’s newest 3.0-litre straight six. To get behind the wheel of a 630i Coupé will cost you £45,255 but we would definitely spend £50,655 and go for the Convertible. The more brutal 4.4-litre V8-powered 645Ci models will set you back £50,455 and £55,905 for the Coupé and Convertible respectively.

In creating the 6 Series convertible, BMW has dismissed the fashion for folding metal roofs as too heavy, too expensive and, most importantly, they steal too much luggage space from the boot. So, instead, they’ve chosen to use a fabric construction and cleverly designed it so that, top up, the Convertible mirrors the bodywork of the Coupé. BMW has even managed to incorporate their trademark Hofmeister kink into the unique twin fin-structure soft-top.

BMW’s distinctive ‘flame-surface’ body styling works especially well on the two-door 6 Series. From the front, the 3.0-litre is discernible from the 4.4-litre V8 by nothing more than a dechromed grille. From the rear, circular — rather than oval — tail pipes identify that it is powered by a straight six. They do, however, share the same roguish snout and distinctive swept back twin headlights, the same arresting curve in the A-pillar and the same powerful visual drama.

At MotorBar we are lucky enough to drive many highly-desirable cars but only once, when we were testing an Aston Martin Volante, has another car parked alongside me in an otherwise almost deserted car park and its attractive blonde driver climbed out smiling warmly to tell me: “I hope you don’t mind, but I parked next to you so I could have a look at your fabulous car…” Well, it happened again.

The new 6 Series is, without a doubt, one of the most covetable convertibles around. Desirable to own? No question about that. And even more desirable to drive. Once seated inside the driver-orientated cockpit you will appreciate the excellent build quality that both looks and feels expensive. The first impression is of the generous amount of space in a cabin that looks as if it will withstand years of use.
You sit low in comfortable and supportive sports seats that wrap around you. Powered adjustment is of the every-which-way variety. More impressive is that the headrest and seatbelt are integral to the seat so when you fold the front seat back for rear access there’s no loose belt to get in the way. Multi-stage heated seats reach every part of your back. The dark burnished metal trim look superb. And the 6-CD stacked has been thoughtfully fitted into the very back of the glovebox in order to maximise general storage space.
Visibility, with the roof up or down, is good enough to place the 630 accurately — even without the wonderfully informative graphic of the car (and the potential hazards around it) that appears on the super-wide 8.8-inch colour screen the moment the parking sensors are activated.
The multi-function steering wheel adjusts electrically for reach and rake, and you should have little trouble finding the ideal driving position. To hand, just behind the gear lever, is the iDrive rotary control for wide-ranging operation of the navigation, climate, audio and telephone systems. 

Straight ahead through the top arc of the classically-simple styled and tactile three-spoke wheel are two clear dials with matt silver bezels and white-on-black graphics. To the left, a 160mph speedometer and on the right, a rev-counter red-lined at 7,000rpm. Inset into the lower sector of each instrument are gauges for fuel and temperature. Between the major dials are small individual displays for secondary information such as date, time, exterior temperature, trip, range and average mpg. Beyond, your view continues down the long bonnet, almost to the very end.

The level of standard equipment is everything one should expect from

a £50,000+ luxury sports convertible. Automatic dual-zone air conditioning, auto dimming rear view mirror, electric seats with driver memory, leather upholstery, a tyre puncture warning system, CD player with a 10-speaker sound system, cruise control, bi-xenon headlights, heated windscreen washer jets, metallic paint, 17-inch alloy wheels, rain sensing wipers, Park distance Control and a fully automatic electro-hydraulic soft-top all come as standard.
Highlights of the comprehensive options list are radar cruise control, adaptive cornering headlights, keyless locking, ‘massaging’ active seats and voice-activated controls — a button on the steering wheel allows voice commands to operate 80 per cent of the functions usually selected via the iDrive controller. Also available is a Head-Up instrument display that, in addition to navigation directions, can project up to 300 different warning messages on the windscreen.

Comfort for the driver and passenger is generous and although it’s not as roomy in the back, there’s still ample space for the 630 to qualify as a four-seater. Travelling in the back is pleasant — made better top up by good views out to the side and front although, like most 2+2s, larger adults will be happiest on shortish journeys. The boot can, however, swallow two sets of golf clubs even with the roof folded away. A stylish touch is the boot badge, which doubles as an attractive release handle. Pull it and you’ll find a class-leading 350 litres of luggage space with the roof up. Drop the roof and there’s still an impressive 300 litres.
Safety can be pretty much taken for granted. The 630i comes well equipped as standard with a battery of clever passive and active safety aids. Key areas such as the A-pillar are made from strengthened steel alloy. Four airbags come as standard and the front airbags are ‘intelligent’, offering dual stage deployment.
To reduce the potential for an accident, BMW has fitted its advanced Dynamic Stability Control plus Dynamic Traction Control (DTC) which monitors pitch, roll and wheel slip to keep the car composed on the road. The DTC function permits the driver a degree of slip for a sportier driving style. This also allows the ability on a loose or slippery surface to maintain revs to enable you to pull away. In addition to ABS there’s also Dynamic Brake control and Electronic Brake force Distribution for intelligently applying maximum braking force during an emergency situation. Finally, in the event of a serious incident, passengers are protected by two pop-up roll over bars.

BMW don’t only make ‘the ultimate driving machine’. They also make some brilliant engines. The 630i’s 3.0-litre straight six powerplant is the world’s lightest six-cylinder petrol engine. Weighing just 121kgs, it epitomises how BMW has pushed back the boundaries of six-cylinder petrol engine performance.
This engine marks the first time both BMW’s innovative Vanos camshaft control system and Valvetronic variable valve timing technologies have been fitted to a six-cylinder engine. The result is exciting: 258bhp and peak torque of 221lb ft delivered to the rear wheels in a flat curve starting at 2,500rpm and being maintained up to 4,000rpm, with 199lb ft of that being available from a barely idling speed of 1,500rpm. All of which is enough for 85mph in 6th gear where it is allowable at an unstressed 3,000rpm — and still a further 4,000 in hand before the red line! Pressing the Sport mode button very noticeably sharpens up throttle response.
Pull away and the 86bhp-per-litre inline six immediately feels right. crisply responsive, it is keen to rev and not short of punch in any of the six well-spaced ratios. And it sounds good, too, emitting a tuneful straight-six howl as the needle sweeps unerringly round to 7,000 revs. Tipping the scales at 1,485kg only makes the 630i’s zero to 62mph time of 6.5 seconds the more impressive. Top speed is electronically limited to 155mph. 

The 630i benefits dynamically from its lighter powerplant — the V8 under the bonnet of its big brother, the 645, is 130kgs heavier. The weight reduction over the 630i’s front axle makes for a more involving and sharper driving experience, with crisper turn-in and a more ‘nimble’ feel at the helm. The 630i’s ‘light’ front end is not just the result of the magnesium and aluminium alloy engine. With the exception of a handful of parts subjected to high loads, the double joint spring-strut front axle is made entirely from aluminium. In fact, an all-aluminium Sports suspension package is fitted as standard.
The speed-proportional Servotronic rack and pinion steering is more than up to the job, providing very good feedback through the steering wheel. It doesn’t take many miles to appreciate the 630i’s talented chassis. With a 50:50 weight distribution, its well-judged balance between entertaining handling and a comfortable grand touring ride brings the word ‘lithe’ immediately to mind.
Our test car was fitted with the optional Dynamic Drive electronically controlled anti roll-bar system, which works brilliantly. Consisting of two active anti-roll bars, a hydraulically-operated swivel motor and an intelligent electronic control unit, Dynamic Drive counteracts the natural lean of a car in a corner by converting the hydraulic pressure generated into a torsional stabilising force than can absorb 80 per cent of body roll at up to 0.6g of lateral acceleration.
Secondary benefits include 15 per cent less steering input during heavy cornering and ironed-out road imperfections. For example — unlike a car with solid anti-roll bar — the juddering effect of a pothole is not transmitted to the opposing wheel, thus preventing the car from becoming unsettled. Dynamic Drive helps enormously to make the ‘6′ a genuine enthusiast’s machine.

Over demanding A and B roads it regularly surprises with the speeds at which it can be safely driven. Make full use of the slick manual ‘box to exploit the strong low and mid-range urge and the 630i comes alive, eager to change direction and responsive to both hand and foot. 245/50 run-flat Bridgestone tyres are fitted as standard and their grip can’t be faulted. As you would expect, the brakes are efficiently progressive, with the power to haul you down reassuringly and without any drama whenever and as often as you need them.
Fabric roof open or closed, the 630i convertible serves up top drawer cruising quality. The only sounds with the roof down are welcome ones and it’s a great excuse to enjoy the sound of the snarly straight six working. The ‘6′ is a large convertible yet we never felt even a hint of scuttle-shake during the two weeks we were driving it over a variety of roads, even over rough surfaces. The 6 Series enjoys immense structural integrity and there’s no refinement penalty for going topless.

The all-electric, multi-layered fabric hood really is a beautifully executed piece of work with no visible framework. Top raised, it’s so good you could be travelling in the coupé. A clever and very useful feature is the vertical glass rear screen. Controlled by a single switch, it glides up and down whether the top is open or closed. With the roof in place, it adds the further enhancement of a truly pillarless coupé. And with the roof neatly folded out of sight — a gentle, one-finger task — it can be raised to act as a neat, almost invisible, windbreak. Another useful facility is the option of operating it at up to 20mph — a handy face-saver if the traffic lights turn green halfway through raising or lowering the roof.

If you’re travelling two-up, there’s an additional and larger framed mesh wind deflector that slots into place behind the front seats to prevent draughts and turbulence. Installed, it covers the rear seats but flips down flat if not required. Visibility is not affected, so it can be left in place with the top up as a discreet privacy partition. With the larger wind blocker in place we were surprised by a sudden and quite heavy shower on the motorway — and drove through it at the legal limit without feeling a drop of water touch us.
Anybody spending £50K on a car today will not be worried about fuel consumption. However, just for the record, over the course of our hard-driven, 666-mile test we averaged 25.7mpg and can see no reason why drivers shouldn’t match or even better BMW’s official combined cycle figure of 29.4mpg.
Also well worth mentioning is Service Inclusive, BMW’s five years’ or 60,000 miles maintenance-free ownership package that costs £1,250 as a one-off charge. In conjunction with BMW’s comprehensive three-year, unlimited mileage warranty, the package covers all oil services, replacement air filters, air-conditioning micro filters, spark plugs, brake fluid, front and rear discs and pads, clutch (if worn) and wiper blades. Service Inclusive can also be passed on to second and third owners and represents a significant aid to residual value.

We were fortunate to spend a delightful two weeks driving the 630i Convertible. We liked it a lot. Not only does it provide its driver with a lot of fun on challenging and twisting routes but it will just as effortlessly traverse a country in a day. Whichever style you choose, as the sun goes down you’ll find yourself feeling refreshed and eager for more of the same. The more you drive the BMW 630 Convertible, the more attached to it you’ll become

Tips For Improving the Gas Mileage of a Used Car

With sky rocketing gas prices, many people are turning to new vehicles rather than purchasing gas guzzling used cars. Virginia Beach gas stations are charging a dollar more per gallon than they did a year ago and this means wasting fuel is going to eat at your wallet regardless of how new or old your vehicle is. There are many things you can do that will not only save you gas money, but also help your new or used vehicle last longer too.

Driving in Hot Weather

In the summertime, air conditioning is one of the biggest causes of poor gas mileage. If you absolutely have to use the air conditioning, run it on a low setting until the car reaches a comfortable temperature. Then, turn it off and run the fan by itself to maintain the temperature of the vehicle.

Driving with your window down at low speeds is fine, but at highway speeds, this can be worse for your gas mileage than anything else can be. When you run your vehicle with the window down, the air current enters into the vehicle and holds it back causing your car to work harder to propel itself forward.

Car Maintenance

For both new and used cars, Virginia Beach drivers and others around the country need to schedule maintenance on a regular basis. Things such as dirty air filters, spark plugs, and dirty oil can wreak havoc on the best running vehicles. When you schedule your vehicle for its oil change, make sure to have a quick check done on the rest of these small components. They are quick, easy, and cheap to change and the payoff is significant.

When was the last time you checked your tires? Tires that are extremely worn down slip on the road’s surface and are forced to rotate more than they should. Check your tire pressure at least three times each week to ensure they are correctly inflated, but keep in mind, that overinflated tires are just as bad as underinflated ones.

Driving Habits

Perhaps most influential on the gas mileage of a vehicle, is your own personal driving habits. For example, in Virginia Beach, used cars and new ones alike spend hours in any given month lined up at red lights.

To cut this down, try to avoid rush hours and alter your route as much as you can to cut out red lights without adding on too much added distance. Stopping and starting is also hard on gas. It also helps to keep your overall speed down to the speed limit or slightly less while accelerating and decelerating as gradually.

All vehicles will have a top limit on their gas mileage, but practicing these few simple tips will help you to save as much gas as possible. Best of all, these are all simple things that don’t require a large investment of time or money. Soon, you will notice that you are not only saving money on fuel, but you will also find that you will save money because your vehicles will last longer.

The Airbus A-330 and A-340

Airbus Industrie, a consortium of European aircraft manufacturers which had provided the first serious competition to the US with its original widebody, twin-engined A-300, had quickly concluded that its success could only be attained with an expanded product line capable of fulfilling several payload and range needs.  Subsequently added to this “family” of airliners had therefore been the smaller-capacity, medium- to long-range range, widebody A-310 and the still smaller-capacity, short-range, narrow body A-320.  To complete it, however, a long-range widebody, incorporating new technology, had been required to replace first generation, fuel-thirsty, no-longer-economical Boeing 707s and McDonnell-Douglas DC-8s.

                Market studies, however, had indicated the need for two different aircraft.  The first of these, tentatively designated “B9,” had been for a medium-range, twin-engined design intended for high-capacity transcontinental, DC-10 like routes, and had initially been conceived as a larger A-300 with a stretched fuselage, its existing wing, and the most powerful turbofans then available.  So configured, it would have required 25-percent less fuel than the comparable, tri-engined DC-10.

                The second, the “B11,” had been the quad-engined intercontinental design which had sparked the project’s inception.

                Costs for two such aircraft, however, had been prohibitive, and design of a single wing, which could structurally and aerodynamically support both two and four pylon-mounted engines, became the core of commonality between the two and the economic solution to the joint launch of both.

                In order to differentiate between its narrow and wide body product line, Airbus Industrie redesignated these design studies with “TA” prefixes to indicate their “twin aisle” configurations.  The “B9” had therefore been re-identified as “TA9” and the “B11” had been branded the “TA11.”

                Powered by CFM56 turbofans, which developed between 27,000 and 30,000 pounds of thrust, they had evolved through numerous iterations, with engine number reflecting intended mission length.  In 1982, for instance, the TA9, featuring a 27.9-foot longer fuselage than that of the original A-300, had accommodated 410 single-class passengers on the main deck and five pallets in the forward hold and 14 LD-3 containers in the aft hold on the lower deck.  Incorporating much of the technological advancement introduced on the A-320, however, the joint TA9/TA11 project had featured its cockpit, side stick controls, and fly-by-wire, or electronic signaling, flight surface actuation, by 1985, mated to a variable-camber wing to augment lift.

                By January 27 of the following year, the Airbus Industrie Supervisory Board had redesignated the designs A-330 and A-340, corresponding to the original TA9 and TA11 model numbers, and finalized their detailed technical definitions with the then envisioned launch customers of Lufthansa and Swissair.  Because of route requirements, they had demonstrated far greater interest in the quad-engined version than the twin.

                A briefly explored collaboration with McDonnell-Douglas, in which a single design, designated AM-300 and incorporating the A-330’s wing and the MD-11’s fuselage, had quickly waned because Airbus Industrie had refused to consider McDonnell-Douglas’s tri-jet configuration.  The MD-11 had resultantly become the A-340’s competitor, since both had been intended for the same market.

                The Airbus Industrie’s design, entering a second major evolution, had been able to offer significantly improved performance when it had traded the originally projected CFM56 engines with the International Aero Engine (IAE) V2500-3 Superfan which, on the cutting edge of technology, had incorporated an initial, variable-pitch fan; an almost nine-foot diameter; a 17.5-to-1 bypass ratio; and had produced 32,000 pounds of thrust.  Early estimates had promised 15 percent fuel savings, although these had later been reduced by about a third.

                The aircraft then envisioned, the A-340-200, had accommodated 262 passengers and had a maximum range of 7,850 miles.  A second version, featuring a 14-foot fuselage stretch for a 295-passenger complement, had offered a reduced-range capability, of 7,000 miles, and had been designated A-340-300.

                The program’s walls, however, suddenly crumbed when International Aero Engines had abruptly canceled Superfan development due to insurmountable technology obstacles of its very advanced design, and Airbus Industrie had forcibly entered its third major evolution when it had renegotiated with CFM International for engine power.  No longer able to meet performance specifications, Airbus had virtually returned to the pre-Superfan configuration, and only with considerable design modifications could the aircraft even approach its intermediate iteration capabilities.

                CFM International itself redesigned its core CFM56 engine, increasing its fan diameter to produce greater thrust, and this had resulted in the CFM56-5C1 derivative, while Airbus had increased the common A-330/A-340 wingspan from 183.9 to 192.2 feet, replacing its standard tips with 9.6-foot winglets.  Although these modifications, along with a 17,600-pound maximum take off weight increase to 542,300 pounds, had significantly improved the performance over that offered by the initial, CFM56-powered aircraft, range had nevertheless eroded over that of the Superfan version, to 7,700 miles for the A-340-200 and to 6,850 miles for the elongated –300.

                Nevertheless, Airbus Industrie had formally announced the launch of the A-330 and A-340 program on June 5, 1987 whose development costs had been reduced by some half-billion dollars because of the type’s airframe and wing commonality, yet at the same time it had been able to cater to differing airline market needs with the same platform.  One hundred thirty orders had been received at this time, of which 41 had been for twin-engined A-330s and 89 had been for four-engined A-340s.

                The wing, the key to both, had been built by British Aerospace in the UK and had been Europe’s hitherto most ambitious, with the largest span (exceeding 197 feet), greatest sweepback (of 30 degrees), and highest aspect ratio (of 9.3 to facilitate long-range cruise speeds).  Although the A-340 had been designed to carry 20 percent more payload and fuel than its twin-engined counterpart, wing-bending moments exerted on the fuselage had enabled it to accommodate either two or four pylon-mounted turbofans.  Winglets, covering some 90-percent of the wingtip chord and canted outward at a 42.5-degree angle, had reduced fuel burn by 1.5 percent by harnessing the tip-created vortex where drag-producing pressure differentials had forcibly remixed.

                Aerospatiale, one of the Airbus Industrie consortium members, constructed a 1 million, 124-acre final assembly plant in Colomiers, adjacent to the existing facility at the Toulouse-Blagnac Airport in France, to permit up to seven aircraft per month to be completed after their subassemblies and components had been flown from several European sites.

                The first aircraft, an A-340-300, had been rolled out on October 4, 1991, at which time combined A-330 and A-340 orders had totaled 250, and Airbus Industrie’s first quad-engined, long-range, pure-jet airliner, with a 440,530-pound gross weight, left the ground for the first time 21 days later on October 25.  Attaining an altitude of 40,000 feet, it completed a successful four-hour, 47-minute maiden flight, and its test pilots had proclaimed that it had handled like the A-320 on whose fly-by-wire flight controls it had been based.

                The A-340-300, with a 208.11-foot overall length, featured a 197.10-foot wingspan and a 3,892.2 square foot area.  Identical to the A-330 wing with exception of outer strengthening and a gap between the fourth and fifth leading edge slat to cater to the outboard engine pylon attachment, the wing itself had featured full-span slats, trailing edge flaps, two outboard ailerons, and five outboard spoilers, all operating off of three independent hydraulic systems.  Aileron droop increased wing lift.  A single rudder had been directly linked to the rudder pedals on the flight deck.  The undercarriage, comprised of a twin-wheeled, forward-retracting nose gear; two quad-wheeled, inwardly-retracting main bogies; and a twin-wheeled, rearward-retracting centerline gear; had ensured more even weight distribution, particularly on weaker pavement surfaces.

                The aircraft, exit-limited to 440 passengers in a single-class, nine-abreast, 31-inch internal configuration, could alternatively accommodate 335 dual-class passengers with a 30-business and 305-economy class arrangement or 295 three-class passengers in an 18-first class, 81-business class, and 196-economy class configuration, all at varying densities.

                The foreshortened A-340-200, which had made its inaugural flight the following year on April 1, 1992, had featured an eight-frame fuselage reduction, resulting in a 194-foot, 11 ¼-inch overall length and permitting 262 three-class passengers in an 18/74/170-arangement or 303 dual-class passengers seated in a 30-first class and 273-economy class configuration to be accommodated.

After a 2,400-hour, 750-flight test program, which had entailed six A-340-200 and –300 airframes, had been completed on December 22, 1992, the long-range, quad-engined Airbus Industrie design had received its European Joint Aviation Authorities (JAA) type certification on the same day, and US Federal Aviation Administration (FAA) type approval the following year, on May 27, 1993.

Lufthansa, the type’s launch customer, took delivery of its first A-340, a –200 configured for 228 passengers, and inaugurated it into service on February 2, 1993 between Frankfurt and New York, achieving a 30-percent fuel reduction over that of the DC-10-30 it had replaced.  It had been progressively introduced on transatlantic routes to many of its other US gateways, among them Atlanta, Boston, Dallas, Houston, Newark, and Washington.

Air France had inaugurated the first stretched A-340-300 into service the following month on the Paris-Washington route, replacing Boeing 747s.

Final assembly of the first twin-engined A-330, which had most closely mirrored the A-340-300, had commenced in February of 1992 with the tenth aircraft off the combined A-330/A-340 production line.  Appearing without the outer wing strengthening and fuselage centerline undercarriage bogie, the aircraft, powered by two General Electric CF6-80E1 turbofans, took to the skies for the first time on November 2 at a 400,880-pound gross weight, attaining a 41,000-foot ceiling and completing a successful five-hour, 15-minute flight.  Because of experience already gained with its quad-engined counterpart, Airbus Industrie had been able to complete its certification program in only half the traditional time.  On October 21 of the following year, it became the first commercial design to simultaneously receive FAA and JAA type certification, and also received FAA cross-crew qualification for the A-320, A-330, and A-340.

Inaugurated into service on January 17, 1994 with Air Inter/Air France Europe on the Paris/Orly-Marseilles French domestic route, the type, designated the A-330-300, had also first flown with Pratt and Whitney PW4168 engines on October 14, 1993 and Rolls Royce Trent 700s on January 31, 1994.

Despite Airbus Industrie’s hitherto strategy of offering progressively larger-capacity, higher gross weight versions, poor sales of the A-330 twin, along with consistent airline demand for a slightly lower-capacity, longer-range version and persistent inroads of its targeted market by the Boeing 767-300ER, had strongly advocated the need for a reverse strategy.

A new version, the A-330-200 with a ten-fuselage frame reduction and a 193.7-foot overall length, had been authorized by the Airbus Industrie Supervisory Board on November 24, 1995.  The aircraft, which would entail a 0 million development program, had exchanged structural weight for range and, as a DC-10 and L-1011 replacement, became a viable 767 competitor, offering nine-percent lower direct operating costs than the Boeing contender, yet achieving 6,400-mile ranges.  Improved engine reliability, coupled with successful extended twin-engine operations, had rendered it an economical transatlantic airliner able to connect Europe with all but US West Coast cities.

The new version, with a six-foot forward and four-foot aft fuselage reduction, featured the strengthened wing designed for the ultra long-range A-340-300E, and a 3.5-foot taller vertical tail to compensate for the shorter fuselage’s moment-arm.  A five-degree increase in rudder travel, to +/- 35 degrees, had also been introduced.  Accommodation had entailed 253 tri-class or 293 dual-class passengers.  The version’s greatest strength, however, had been its fuel-capacity increase, to 36,700 US gallons, attained by using the formerly dry center section fuel tank, resulting in a vital range increase.

First flying on August 13, 1996, the A-330-200, powered by General Electric CF6-80E1A4 turbofans, had attracted 85 orders from eight carriers at this time, inclusive of Asiana, Austrian Airlines, Emirates, International Lease Finance (ILFC), Sabena, and Swissair.  Like the A-330-200, it had eventually been certified with three powerplant types.

Although A-330-100 and –500 studies had ultimately led to the all-new A-350 twin, A-340 program developments had occurred in the reverse, or more traditional, direction.  Seeking to offer a higher-capacity, Boeing 747 replacement, Airbus Industrie had initially projected a 12-frame fuselage stretch of the existing A-340-300 designated A-340-400X, powered by the existing turbofans, but airline interest had overwhelmingly dictated a larger aircraft.

The final version, the A-340-600, had featured a 19.3-foot forward and 10.6-foot aft, or collective 20-frame, fuselage stretch, resulting in the world’s longest airliner, with a 245.11-foot overall length.  Indeed, its aero-elasticity, which resulted in periodic, in-flight bending frequencies, had necessitated the installation of pitch-rate sensors on the fuselage and wings in order to provide feedback and elevator counter-movements, restricting these bending cycles to 2-3 Hz.

An extended wingspan, attained by means of a tapered insert, had produced a 20-percent area increase to 4,703.8 square feet, a 40-percent increase in lift, and a 38-percent increase, of 11,760 US gallons, of fuel.  Sweepback had also been increased, from 30 to 31.5 degrees, with an equal increase in the angle of the winglets.

The longer fuselage moment-arm had enabled the lateral axis to be controlled with an almost two-foot shorter vertical tail over that installed on the A-330, but a 38-percent larger horizontal, all-moving composite tail surface had been required to maintain effective pitch control.

Weight distribution had been maintained with a quad-wheeled, forward-retracting centerline undercarriage bogie, increasing aft hold pallet accommodation by two.

The .9 billion program, launched on December 8, 1997 with 16 commitments from Virgin Atlantic, had resulted in its first flight four years later on April 23, 2001.  Powered by four Rolls Royce Trent 556 engines, the aircraft had been airborne for five hours, 22 minutes.

For carriers placing greater emphasis on range than payload, Airbus Industrie had offered, in parallel with the A-340-600, a lower-capacity, ultra-long range version designated the A-340-500.  Featuring a 1.9-foot forward and three-foot aft fuselage plug over the basic A-340-300, the 313 triple-class passenger aircraft, six frames longer than the original –300 series or 14 frames shorter than the –600, had a 221.6-foot overall length and employed the –600’s wing.  First flying on February 11, 2002 and certified 11 months later on December 3, it had received initial orders from Air Canada, Emirates, ILFC, and Singapore Airlines.  Its extreme range, the longest of any commercial pure-jet airliner, had been demonstrated by several record flights.  On February 3, 2004, for example, an A-340-500 operated by Singapore Airlines had flown the 7,609 nautical miles between Singapore and Los Angeles in 14 hours, 42 minutes, while the same aircraft had spanned the 8,963-mile distance to New York five months later on June 28 in 18 hours, 18 minutes.

Having utilized a single airframe-and-wing platform, Airbus Industrie had ultimately succeeded in designing its first high-capacity, long-range airliner, resulting in two twin-engined and four quad-engined versions which had the versatility to replace earlier-generation 707s, DC-8s, DC-10s, L-1011s, and 747s on a wide variety of routes, and, by the end of 2008, had amassed a collective 1,400 sales to over 100 worldwide operators.  Its original purpose of completing its Airbus “family” of aircraft had thus been fulfilled.

How to Replace a Gasket

It is normal that some defection would happen during our operating of the valves. The broken of the gasket is the one particular kind. Do you have any idea about the gasket? Have you noticed that a seal settled between the valve cover and the cylinder head? Yes! It is a gasket named VCG, equals to the valve cover gasket. It is used to prevent oil from escaping the cylinder head. If the gasket fails to work, the situation appears serious. The oil would leak on your driveway or garage, exhausted oil could start a fire. Referring to the severe consequence, to fix a leaky cover seems to be quite significant. Do not ignore this tiny part, please.

With the blooming of the industry, we had better to adapt to its influence on our daily life. It is wise to know something about the mechanical parts. When the gasket is broken, just replace it immediately. Though it is simple, but you should do it according to the instruction.

At first, you should open the hood and prop it up. You would see a lot of wires. Do not do the replacing work hastily. You should ensure that you action would not lead to a worse situation. Basically, you should have a clear understanding about where the malfunction locates. It is better for you can get help from 45 degree needle nose pliers to get the spark plug wires out from the base of the wire afterwards. It is use for you to avoid misfire.

Afterward, it is time for you to remove the PCV (Positive Crankcase Ventilation) tube and any vacuum lines attached to the cover. You are close to the gasket then. You can use a ratchet to loosen the bolt. The valve cover would be totally removed. Then, take the old gasket out and set a new one for it.

You may think that the whole task is over. No! Since the defection happens, cylinder head may be a little of abrasion. Please clean it with fine sand paper. As a result, the new gasket and the cylinder head would be well cooperated.

The following job is just to put parts back to the places. But the idea of carefulness should be kept in mind. That’s all there about. Since it is a simple job, never hesitate to fix a new gasket if it is necessary. And when it causes to a difficult, calm down to solve it immediately.