Ferrari 599 GTB Fiorano Overview

Originally debuted at the 2006 Geneva Motor Show, the Ferrari 599 GTB Fionaro was presented as a unique blend of automotive brilliance and Grand Touring enjoyment. As the successor to the 575 Maranello, the 599 features a much more aggressive design as well as improved power output, making it one of the fastest Grand Tourers of its time. Produced from 2006 to present day, the 599 GTB is most commonly available as a Grand Tourer 2-seat Berlinetta but can also be seen as a 599 GTO, 599XX or the 599XX Evo.

Ferrari 599 GTB Fionaro is a long name for a car, but for Ferrari's current production Grand Tourer it bears a significant amount of symbolism. The numerical value of 599 resembles the engine displacement of 5,999 ccs for a large 6.0 Liter V12 engine, Ferrari's largest until the FF came along. The GTB is short for Grand Turismo Berlinetta, which in Italian indicates the sporty nature of this two seater coupe intended for long, high performance journeys. Ending with Fionaro, a particularly interesting touch for a name, resembles the name of the private Ferrari test track in Maranello, Italy. The last piece is particularly interesting for this specific model line as the outgoing model, the 575 Maranello, is named after the city in which Ferrari is headquartered. Perhaps the successor to the 599 will be named after a Ferrari headquarters conference room.

The design itself is striking enough warrant a few drawn-out glances. With compelling curves that weave their way down over the long nose hiding the 6.0-liter V12, one would only dare to come closer. The sides of the coupe protrude with fender flairs that are pushed out by wide axles, while the rear is a menacing cross between an Enzo and the 575 Maranello. It is Beautiful, certainly, but that's what Grand Tourers are known for. Aston Martin doesn't hire designers from the Prius product line, nor does Bentley employ GM designers, so it would only make sense that the Ferrari design would be done by Pininfarina.

Beneath the eye-catching design hides the 612 horsepower 6.0-liter 12-cylinder engine with 448 ft-lb of torque that peaks horsepower and torque at 7,600 RPM and 5,600 RPM respectively, with a redline of 8,400 RPM. The most powerful series production Ferrari car of the time, only to be bested by the new 2012 Ferrari FF. That kind of power for a 6.0 liter engine means that this is one of the few engines to get 100 horsepower per liter of displacement without the help of a turbo or supercharger. The 599 GTB Fionaro weighs in at 1,688 kg (3,721 lbs), making it lighter than the Ferrari FF (1,885 kg) and the 575 Maranello (1,730 kg). Put the two together, light weight Grand Tourer and 100 horsepower per liter and you get an amazingly quick 0 to 60 mph time of 3.7 seconds and a top speed of 205 MPH. Aston Martin's V12 6.0-liter DBS does 0 to 60 mph in 4.3 seconds and hits a top speed of only 190 MPH. That sounds like an amazing advantage for Ferrari over Aston Martin.

The 599 comes paired with a 6-speed manual transmission or the F1 electrohydraulic manual transmission found in the F430 and Enzo, that allows the car to make shifts in as little as 60 milliseconds, faster than you can blink -- twice. The F1 transmission pushes the 0 to 60 time from 3.7 seconds to 3.3 seconds, a 0.4 second improvement with the removal of your left leg.

Although the graceful 599 has been around since 2006, Ferrari has already announced a working replacement, codenamed the "F152." It's anticipated to still house a V12 with a front-engine rear wheel drive layout, most likely sharing the 6.3 liter engine found in the FF. It will also most likely feature significant weight reduction with the introduction of an aluminum frame and carbon fibre body panels.

In the mean time, you can be sure to pick a Ferrari 599 GTB Fiorano up with your parent's allowance money for a mere $310,543. Be sure to pack an extra $10,000 if you want the exceedingly faster F1 transmission. Or, you could just wait for the successor to come out, we hear it may have over 700 horsepower...

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Features Of Toyota Etios Sedan

The Etios is to Toyota what the Dzire is to Maruti Suzuki, high hopes and aspirations on the Etios Sedan and the initial vast booking numbers are just the first signs that the strongly indicate that Toyota has got a big winner on their hands.

Mileage, Average & Fuel Economy:- Toyota Etios sedan version is equipped with DOHC engine, petrol, 2NR FE, four Cylinder 16V. The engine is manufactured to provide apex power of 90 PS at 5600 rpm & maximum torque of 132 Nano meter at 3000 rpm.

Power:- The vehicle is loaded with new 1.5 ltr petrol engine which can pump up horse power of 90. It's engine displacement is 1496 centimeter cube(cc) & it promises maximum power of 90 PS at 5600 resolution per minute & torque of 132 Nano meter at 3000 rpm. It is blessed with five Speed Manual type suspensions. Thus they saw that Etios make no compromises with its power. The engine acts the role of its power house & supply is prepared smooth through smart engineering. The model presents best torque in its section which adds up to its utility.

Colours:- Harmony Beige, Symphony Silver, Serene Bluish Silver, Celestial Black, Vermilion Red, White Toyota Etios Interiors. This stunning automobile comes with adjustable ORVM, Front Door Pockets, Luggage Room Lamp, Leather Wrapped Steering Wheel, Seven Bottle Holders (1 Litre), Day and Night Rear View Mirror, Fabric Insert Door Trim, Rear Door Pockets, Fabric Upholstery, Chrome Accented Air Vents, Remote Fuel Lid Opener, Driver - Side Sunvisorand Remote Tailgate Opener.

Safety and Handling:- Toyota Etios is loaded by Ventilated Disc brakes in frontage & Drum breaks at back which will add to its safety. Because of disc brakes, handling & control become very easier. The longer wheelbase also makes better steadiness on road. The wheelbase is 2550 mm that is pleasant to solve the purpose. Front independent & shock absorbers are there for butter-smooth riding experience.

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Factors For Determining What The Top Motorcycle Is

There are a number of factors that are used in determining what the top motorcycle is and it's sometimes a difficult task to take on because of the large number of motorcycle types, makes, and models available on the market today. A few of the different factors used in determining the top motorcycle will be described here.

First of all, before you begin to weed through the options available for the top motorcycle spot, you really have to separate the different bikes out into their distinct categories. Most motorcycles can be placed into one of two general categories, the sport bike, and the cruiser. There are other categories of motorcycle, but for the sake of picking the top bike, it's generally a good idea to have less categories than more so you don't have a bunch of motorcycles on the list, and no solid decision on which is the best.

Once you have sorted through the list of candidates for the top motorcycle spot in each category, then you can begin to list the different highlights of each motorcycle which include a number of different factors. Some of those factors include performance, design, popularity, and more.

A motorcycles performance will play a large role in determining where it falls in the list of top motorcycles for the year. Obviously, a motorcycle that out performs most of the competition will appear higher in the list as long as it also rates well in the different categories. Performance can be measured in a number of ways which include the way the motorcycle handles in different situations, road tests, etc. Performance can also be measured with statistical data such as the max speed, gas mileage, engine displacement, torque, horsepower, and much more. These are all factors of performance which can be used in determining which is the top motorcycle.

Another factor is design. A well designed motorcycle will that can also perform well will have a much better chance of reaching that top spot than a motorcycle with a poor design and good performance. The reason being is because the appeal of a motorcycle is also very important to riders, and those bikes that look well, rank high. Design does not just include the look of the motorcycle, it also includes the layout of the controls, the positioning of the seat and how the rider is situated on the bike. It includes the way the bike is built and whether or not the bike feels good when you're riding it. These are just a few factors that are considered when rating the design of a motorcycle.

Popularity plays a huge role in the decision of which motorcycle is the top motorcycle on the market. Brand preference and loyalty can also have a hand in the popularity because of the fact that those who are loyal to any one specific brand are going to stick to that brand in most situations. So the most popular motorcycle will likely get the votes for that top spot if it performs well, and is designed well at the same time.

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Factors Affecting You Motorcycle Insurance Premium

Though it isnt officially required in several states, many motorists prefer to get a motorcycle insurance. It is a good and extremely significant coverage in case the inevitable happens. After all, simply being careful while driving your motorcycle and wearing safety gears isnt the only insurance you need.

Most of us are aware that motorcycles have higher rate of accidents per unit distance compared to cars. This is because of the exposed driver and the reality that most vehicle drivers are unable to see these smaller driving machines in the traffic line.

If you are transferring to a new state or you have just purchased a motorcycle, you should check first the insurance law of your state before whooshing down the road with your bike. This way, you can be sure that you are driving or riding legally. In case your state requires you to have liability coverage, then there are lots of motorcycle insurance options available for you.

To find the best deals on motorcycle insurance, it is always advisable to inquire first before setting your hands in a particular policy. There are key factors that affect your motorcycle insurance premium. Among them are:

1.)Engine displacement size (in cubic centimeter) of your motorcycle. Most of the times, youll have higher motorcycle insurance premium if your bike employ a larger displacement engine. This type of motorcycles is generally more expensive and they boast superior performance.

2.)Make or brand of the Motorcycle. It isnt such a big factor, but it is usually considered in calculating the motorcycle insurance premium. A motorcycle brand with few models usually cost higher than a usual brand.

3.)The age of the driver or the owner. Older drivers normally benefit from cheaper motorcycle insurance rates than younger drivers using the same type of motorcycle.

4.)Type of bike. The type of bike you own and you are planning to insure also affect the rate of your motorcycle insurance. Sport bikes are normally expensive and thus require higher premium.

5.)Is your motorcycle garaged? If your bike will be parked in a garage if youre not using it, your premium wont be as high as those who are leaving their motorcycle parked out along the pavement. In the latter case, the motorcycle will be prone to accidents and theft and consequently, it will require higher insurance rate.

6.)Driving Record. Your driving record as well as your experience affects your motorcycle insurance payment. If your driving record has been messed up by too many tickets and accidents, then you should expect to pay for higher rates.

7.)Number of miles driven every week. It is an important consideration in calculating your motorcycle insurance payment, since the mileage you are likely to put on your motorcycle will push your premium up or pull it down. So you have to decide first if your bike will serve as your service in your daily commute or it is intended only for leisure. If you will use your motorcycle in your everyday activities, then expect to pay higher premium.

8.)Locality. This factor also matter in the computation of the cost of your motorcycle insurance. If you are residing in a big city, expect slightly higher rates compared to those who are living in a rural area but are insuring the same type of bike.

To get a full motorcycle insurance coverage, make sure that your insurance covers liability coverage, no-fault coverage, passenger coverage, collision coverage, uninsured coverage, collision coverage and service coverage.

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ETQ Generator Review ETQ TG1200 1,200 Watt Portable Gas Generator

Our ETQ Generator Review Team gathered and surveyed all the reviews given by the real users of ETQ TG1200 1,200 Watt 2 HP 2-Cycle Gas Powered Portable Generator. Then it studied everything in detail. After this it extracted the most important gist out of it. The same extracted gist is now being presented in front of you. It will give each and every kind of detail about the product. After going through it you can very easily decide for yourself whether to purchase this product or not.

This product is a real sturdy one. You can run it on several appliances. It is so light-weight that you can easily take it from one place to another. It is a perfect generator for trips, camping, hunting and traveling. You can make your life more comfortable with it. It operates very quietly. Vibrations are generated but are very low. It is very easy to start. It has a two-cycle engine which can generate 1,000 continuous watts. You can run it for 8 hours on 50% load. But when you shift it on 100 per cent load, it can run up to 5-1/2 hours.

You can run your portable air conditioners, fans, TVs, computers, blenders, lamps and microwaves with the help of it. It produces very clean electricity. This facility makes it a very safe generator. Total harmonic distortion (THD) produced is less than six per cent. But when it crosses six per cent, it can damage your appliances. You can also store it easily because of its small size. It is backed by a 1 year warranty.

Our ETQ Generator Review team spotted some important features of ETQ TG1200 1,200 Watt 2 HP 2-Cycle Gas Powered Portable Generator which are listed below:

1.Surge Watts: 1,200

2.Rated Watts: 1,000

3.Start Type: Recoil

4.Engine: 2 stroke air cooled OHV engine

5.Fuel type: 1 gallon fuel tank

6.Noise level: Less than 65 dB

7.Engine Displacement: 63cc

Our ETQ Generator Review team also marked some important details about ETQ TG1200 1,200 Watt 2 HP 2-Cycle Gas Powered Portable Generator which are listed below:

1.Product Dimensions: 15 x 16 x 13 inches

2.Shipping Weight: 47 pounds

3.Shipping: Possible within U.S. only at no extra charges

Now let our ETQ Generator Review team tell you about the reviews by the real users of ETQ TG1200 1,200 Watt 2 HP 2-Cycle Gas Powered Portable Generator. Overall 115 users rated and commented on it. It has got 4.1 out of 5 stars. 62 users rated it as a 5 star product. 29 rated it as a 4 star product. 6 gave 3 stars to it. 4 gave 2 stars to it. The rest 14 users gave 1 star to it.

Titles can address everything in nutshell about the text under them:

Our ETQ Generator Review Team analyzed various types of titles given by the real users of ETQ TG1200 1,200 Watt 2 HP 2-Cycle Gas Powered Portable Generator. You can guess quite accurately everything about the product with the help of titles alone. Some of the titles are listed below:

"Much better than expected..."

"Will not power too many appliances but enough to avoid damage"

"Excellent way to survive the heat camping in TX in August"

"Good so far"

"Great Little Generator"

"exactly what I needed"

"not bad at all"

"Great for the price"

"One terrific generator for the price"

"Excellent generator"

"Wonderful Product for Price"

However a very small segment of the users, who were not fully satisfied, also titled it like:

"High hopes but defective!"

"Buyer beware this is a rip-off"

"Waste of money or I got a lemon- Quits after 5 minutes"

By now ETQ Generator Review team must have made it easy to decide whether to purchase it or not. You can yourself judge the quality and the goodness of ETQ TG1200 1,200 Watt 2 HP 2-Cycle Gas Powered Portable Generator.

ETQ Generator Review team highly recommends ETQ TG1200 1,200 Watt 2 HP 2-Cycle Gas Powered Portable Generator as an excellent return on your investment.

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Engine Displacement

This one is for all of you younger Hot Rodders out there who have been looking for a simple article explaining Displacement, Bore and Stroke but only found Wikipedia and a bunch of forum threads. Some of these forum threads may actually be helpful but you're not sure if you should trust these forums, so you want a real article and not a wiki. So I decided to write this and help people like you out.

First thing is first lets, go over what engine displacement is, if you are into hot rodding you already know the names of several engines such as the Chevy 350, Ford 302, Chrysler 440, etc. Well the numbers are the cubic inches of engine displacement. What displacement is, it is the measure of how much fuel and air you can fit in your cylinders.

Now how you figure out engine displacement is by a simple calculation (oh no, not math!) Now how you figure out displacement is (3.14)/4 X bore (squared) X stroke X number of cylinders.

An example the Chrysler 3.18 LA

3.14/4 X 3.91^2 X 3.31X 8= 317.79ci (aka 318ci)

Now some of you maybe be wondering why use PI? Well because Cylinders are round and we are figuring out a volume, PI is used in volume so it is used to figure out engine displacement which is volume. As for those wondering why the 318 LA in the example, well because the SBC 350 is to common.

Now for those of you who are too lazy to use paper, there are plenty of online displacement calculators for your convince. The best one I have found is here at the csgnetwork, not only does it calculate displacement it shows you all of the bore, and stroke for all of the stock hot rod engines. That way when you bore it out, or do a custom stroker job, you can calculate it right there.

Now getting on to bore (yes your calculator will come in handy for this), watching or attending drag races you may have heard people say they something like this "I've got a 350 SBC, 30 over..." which is the most common. What the 30 over means (its actually written out.030) is that he bored out his cylinders by thirty thousands of an inch increasing his displacement which if he didn't stroke the engine it would bring it too 355.

Now you have probably heard of stroker motors, such as the 383, the 331, the 496, etc. What is a Stroker motor you may ask? Well first lets go over stroke.

What Stroke is the measurement of how far down a piston is from the Top Dead Center of the Cylinder to the bottom dead center of the Cylinder. As mentioned early the 3.18 has 3.31ci of stroke, that is 3.31 cubic inches from the Top Dead Center of the Cylinder to the Bottom dead Center of the Cylinder.

A Stroker motor is when you increase the engines stroke so the piston distance can increase and more fuel and air can get in the cylinder. To do this you will need to bigger crankshaft and longer connecting rods for your pistons.

Now I hope that helps you guys out. If you are planning one doing a bore or a stroke job please research it before you do it! Most engines have kits available for both so look into that as well. If there is any engine that you want me to do a tech article on I will do that.

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Electric Scooter Parts - Replacing a CDI Module

One of the most common of electric scooter parts in need of replacement, the CDI module is as essential to the scooter ignition system as the spark plug. Thought to be an invention of the brilliant Nikola Tesla, the Capacitor Discharge Ignition (CDI) is the standard system used on most of today's gas-powered motor scooters, as well as on many motorcycles, marine outboards and other small engines. A complete CDI module is made up of a transformer, the charging circuit, the rectifier, a capacitor, and the trigger circuit.

How the CDI Module Works
The transformer first raises the voltage to 400 to 600 volts. Moving along the charging circuit, the electric current charges the capacitor, with the rectifier preventing the capacitor from discharging before the ignition point. Receiving the triggering signal, the trigger circuit stops charging and allows the capacitor to discharge to the low inductance ignition coil. This increases the original 400-600 Volt capacitor discharge to as much as 40 kV at the secondary winding, jumping the spark plug gap, and igniting the gas/air mixture in the cylinder. The charging circuit is then reconnected and resumes charging the capacitor all over again.

AC or DC?
Most current scooters us an alternating current (AC) system; however the popular KYMCO scooter brand uses direct current (DC). As a result, electric scooter parts for KYMCO machines, including the CDI module, can sometimes be difficult to find.

Engine Size
It is always best to match the engine size to the CDI specifications. A CDI module made for a 50cc engine might work on a 100cc, 125cc, or 150cc engine, and some are designed to function over a range of engine sizes. Others however, will only work for a particular engine displacement. Always check the specifications to be sure of getting the correct scooter ignition parts.

2-stroke and 4-stroke Scooter Ignition
The 2-stroke and 4-stroke engines are completely different, and as a result, their engines' ignition timing is totally different as well. You cannot use a CDI made for a 2-stroker on a 4-stroke scooter. Conversely, you cannot use a 4-stroke scooter's CDI on a 2-stroke scooter.

Connectors
On many current CDIs, the connectors are integral to the unit's case, forming a plug that snaps directly on to the scooter's wiring harness. On other models, the connectors may be located on wires, allowing some leeway on exactly where the module is mounted. The skillful mechanic may shorten or lengthen these wires as necessary. The most common CDI connector style uses two plugs side by side; one 4-pin plug, and a 2-pin plug. These connectors may be square, rectangular, or simple spades.

Note: Photo illustrations of many CDI connectors can be seen at the website listed at the bottom of this article.

Unrestricted or Restricted?
An unrestricted (or racing) CDI provides the current no matter how high the engine RPMs go. As the CDI controls the spark plug, the plug will continue to fire at high RPM. For reasons that should be obvious, these CDI units are made for racing use, and are not very suitable for regular highway use. A restricted CDI module however, will stop firing once a pre-set engine RPM is attained. Without current reaching the spark plug, the engine RPMs slow to below the pre-set limit and only then will the CDI resume providing current to the plug.

When replacing a CDI module, or any other scooter ignition or electric scooter parts, it is always a good idea to reference your owner's manual. If the manual is lost or otherwise missing, many manufacturers and brands have downloadable manuals available on their websites.

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