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In the market today, there are four main types of hybrid car: the micro, the mild, the full (also known as parallels) and the series (also known as serial or range extender). Micro Hybrid Car has electric motors which have no driving power. In micro hybrids, the electric motors supply functions like managing the engine to stop and start, auxiliary power and regenerative braking to charge the battery. This hybrid saves five to fifteen percent on fuel. Mild Hybrid Cars move from stationary only if the internal combustion engine is engaged. They also make use of the electric motor to assist the gas engine when additional power is required. The systems also support features like start and stop, and regenerative breaking. The Series Hybrids are electric cars with assistance from a small ICE (internal combustion engine). In these cars only the electric motor propels the vehicle. The engine drives an alternator. This alternator creates electricity which either flows to a battery for storage or it flows to the electric motor. If the car is running on batteries alone, the engine will turn on when they empty to a particular level and starts to recharge them. Advanced series hybrids are known as Fuel Cell Vehicles, when a separate power source produces the electricity that drives the motor, or alternatively it is deposited for later use.The full hybrid car can be driven by the electric motor or the engine separately or together. This is different to the micro and mild hybrids. This capability allows the driver to start driving the car using just the electric motor. The diesel engine and the electric motor provide different power levels. Full hybrids are also called parallel hybrids for the reason that the electric motor and the engine are joined in parallel to the same transmission. Full hybrids are likely to be more expensive because they require a more powerful motor and battery systemIn the next few years, a lot of the work done with hybrids in the vehicle market will be performed with mostly with mild and full types of hybrid cars. The definitive capabilities of the vehicle depends on many factors, including the strength and quality of the eclectic motor, the battery capabilities, the quality of the engine and the efficiency and the type of the fuel engine.

The basic technology behind wiring assemblies for automobiles has not changed dramatically for several decades. And yet, the number of standard features packed into the typical family sedan has increased substantially. From convenience features like navigation systems and remote keyless entry, to safety add-ons like tire pressure monitoring, cabling requirements for even low-end vehicles are becoming more complex with each model year. At the same time, many functions previously managed by hydraulic or mechanical means are now controlled electrically or electronically. The number of tasks to be performed and managed by a car’s cable assembly has suddenly blossomed. As features wiring becomes more complex and each car model’s electrical architecture is required to perform more functions, automotive manufacturers will look to their wiring harness suppliers for solutions to challenges that extend beyond the scope of cable assembly. Greater involvement earlier in the product cycle, and more integration with other suppliers and systems will become necessary to ensure compatibility, reliability and cost effectiveness. At the same time, pressure to provide wiring hardware very late in the development cycle will mount, according to some industry sources, who suggest that carmakers will want to have the flexibility to add features at the last minute without having to recreate the electrical/electronics system. Clearly, the pressure on manufacturers to improve cabling components and streamline harness assemblies (without sacrificing cost effectiveness or quality) will only increase. One of the improvements in this area of late is the use of multiplexing systems, which not only reduce the sheer bulk of the cabling and harness assembly, but also have the advantage of improved flexibility and data sharing. Future developments will come from incorporating technologies from other applications such as fiber optics and flexible printed circuit boards, as well as making simple systems improvements such as partitioning and routing. A broader perspective on overall design and a more complete understanding of the whole car will lead to manufacturers to develop innovative products in this market segment.

The person who drives the Volkswagen van, for example, is far different from the person who drives the BMW. Many of us have a special attachment to our cars, whether they are vintage classics or modern-day SUVs. We spend a great deal of time in our cars, commuting to work, driving the kids to soccer practice, and going out for groceries. As a result, many people treat and care for their cars with great attention. And this certainly is not a bad idea. The car that is well cared for will last longer, look better, and, should you decide to sell or trade, will retain a higher retail and trade-in value. One way to keep your vehicle looking its best is to treat it regularly with a car wash and wax. While some people opt for the drive through car wash, these can add up very quickly, and often do not allow sufficient drying time before you have to drive off into heavy traffic and dirty streets. One way to quickly add more dirt and grime to your car is to drive it into traffic while wet with a fresh coat of wax! Obviously, this completely defeats the purpose of a car wash and wax! A more economical way is to do a home car wash and wax. It doesn’t take as much time as you might think, and it’s a great way to enjoy a beautiful afternoon. What’s more, a home car wash and wax uses significantly less water than commercial car washes, which is good for the environment. You do not need nearly that much water to clean your car effectively. All you need is a good quality car wash and wax product, a bucket, hose, and non-abrasive towel. That’s it! When choosing a cleaning product, many people opt for whatever is around the house. However, some cleaning agents, such as dishwashing liquid, will clean right through the wax on your car, leaving it vulnerable to the elements. Even dishwashing detergent labeled “gentle” is not appropriate. The “gentle” refers to how it will affect your hands, not how well it cuts through grease, grime, and wax. A better solution is to choose a product specifically designed as a car wash and wax. This type of car wash liquid, in contrast to a dishwashing or other liquid cleaning agent, will not damage the finish on your car or scratch the paint. Even some liquid household cleaners that appear “soft” can contain abrasives that can cause many tiny scratches on your car, leading to a dull appearance and rusting vulnerability. A car wash solution is designed to clean, shine, and protect. Many are designed for multiple purposes, combining both cleaning and waxing agents, which make the job of cleaning your car that much easier. It’s a one-step process. When cleaning your car, use the “top down” cleaning method. The concept is that you start at the top and work your way down, so that the dirt flows downward and off your car. In other words, allow gravity to help you. Fill a bucket with cool water and either follow the directions on the car wash solution product label or simply add a small amount. These products are concentrated, and you don’t need much to obtain a good clean. If your car has some buildup, such as dirt, road tar, grease, or bugs, consider using a car mitt specifically designed for use on vehicles with a car wash liquid. Again, these products are designed to not scrape or scratch the finish on your car. Also, when using a quality car wash and wax product, there is no need to use a high-powered spray nozzle. Some people do not use any type of a nozzle at all, but simply wet the car with a light flow of water from the hose. Dip the mitt in the bucket so that the dirt will fall off as you remove it; this helps ensure that no dirt will scratch your car. After all, there’s no point in using a good quality car wash and wax if you’re only going to scrape your car with the dirt you’re trying to remove! Use gentle scrubbing motions with the mitt, and rinse and dry as soon as you are finished. Many absorbent towels are available for use on vehicles and other specialty uses that won’t scratch or damage. A good, 100% cotton towel is best. To ensure that you don’t damage the finish, use blotting motions rather than wiping. If your car wash solution is designed for both cleaning and waxing, you’re done!

A hybrid car is a means of transportation using two sources of power. It uses a rechargeable energy storage system found on board as well as a fuelled power source as the vehicle’s driving force. The car pollutes less and uses less fuel. Victor Wouk (1919 – 2005) was an electrical engineer and entrepreneur and the inventor of the hybrid car. He was born in

Other than bragging rights, do people really care about the top speed of their cars. Outside of a race track, there are very little opportunities to test the limit of your car. Sports cars, which will have more powerful engines and thus higher tops speeds, also have exotic and distinctive looks. So, the sports car may say more about the status of the owner, rather than any particular need for the car to travel at the speed it was designed to do so. The question is not really targeted at these owners, but more for the person who would sacrifice features in a car for a gain in speed.The obvious reason against driving fast would be to reduce the risk of accident to you. Driving fast does not necessarily kill you, but stopping does. At higher speeds, there is less reaction time to danger ahead, and so there is more of a chance of being involved in an accident. Another reason for driving slower would be increasing amount of surveillance techniques used by the police. Now there are speed surveillance cameras, such as Gatso’s, that are placed at roads where the police consider to be hotspots for over speeding. So we have constant monitoring in place, which means that there is more chance of being caught and prosecuted with 3 points or more on your license. 12 points in the

Some car insurance companies will charge you for your teenage driver when they turn sixteen. Some won’t. Call your carrier ahead of time to find out what their policy is.

The most costly coverage on your auto insurance policy is the collision coverage. Collision coverage covers damage to your vehicle when it is involved in an at-fault accident. I.e. you hit someone or something. New drivers, no matter what age, are rated higher and cost more due to their lack of driving experience.

To save on the cost of the collision coverage on a new driver, consider purchasing a used vehicle that cost between one thousand five hundred and three thousand five hundred dollars. Make sure that it is mechanically sound for your driving needs. If you want to cover this vehicle for theft and vandalism, you can purchase comprehensive coverage. Instead of purchasing collision coverage on this vehicle, purchase uninsured motorist property damage coverage.

Uninsured motorist property damage coverage protects your vehicle for up to a limited amount if an uninsured motorist hits it and you can identify the driver and the vehicle. That way if anyone hits you, even if they have no insurance, your vehicle will be repaired or you will receive payment from your insurance company for the fair market value of the vehicle. Some insurance companies include a deductible with this coverage. Your savings could be anywhere from five hundred to two thousand dollars per year for your first three years of driving. How much does that add up to after three years?

You may also be facing the prospect of adding another car to your garage. Choosing the right car for your teen may not make her a better driver, but may be a key factor in keeping her safe. The Insurance Institute for Highway Safety, which crash-tests dozens of vehicles each year, advises parents to choose a midsize vehicle with lots of safety features such as air bags and antilock brakes.If your budget can support buying your teen a new car, chances are most recommended safety features will be standard issue, and your biggest dilemma will be choosing a paint color. However, if you are looking at used cars for your teen driver, you may have to do a little more research to find a car with appropriate safety equipment. Here are some tips from the experts at Farmers Insurance Group that can help you find the best car for your new driver:* A good place to start is with a Guide For Buying a Used Car.  This useful publication talks about the pros and cons of buying a used vehicle, which is especially useful if you haven’t shopped for a used car before.* Check out the consumer information on car safety available from the U.S. Department of Transportation, the Insurance Information Institute, and the Insurance Institute for Highway Safety. This background can help you zero in on cars that can better protect your teen in case she’s ever involved in an accident.* Choose the newest model your budget can afford, since most of today’s cars are better designed for crash protection than vehicles six to 10 years old.* Make sure the car has working airbags. Many models manufactured after 1993 or 1994 have at least a driver’s side airbag.* Know the market before you shop. Use the Internet or your local library to research prices on the make and model car you’re interested in. Armed with this information, you’ll be in a better position to negotiate a good deal.* Use the power of the Internet to make your search easier. Check out an online car buying site for details on used cars in your area.Once you find a car you’re interested in, don’t take the owner’s or the dealer’s assurances as the last word on whether the car is in good shape. Check the horn, lights, heat, air-conditioning, brakes, seat belts and steering.Look for evidence that might indicate the car was in a major accident, such as cracks in the dashboard or doors that don’t quite shut properly. Check the car for evidence of tampering, like any marks on the odometer or numbers that don’t line up. Ask the owner or the dealer for the car’s accident and maintenance record. Web sites such as www.carfax.com use a car’s vehicle identification number (VIN) to unearth hidden problems in a vehicle’s past that may affect its safety and resale value. For a small fee, you can find out about any accident or flood damage, odometer rollbacks, lemon histories, lien activity and vehicle use (taxi, rental, lease, etc.)Unless you really know cars, have a mechanic you trust go over the car and alert you to any potential problems. Although this checkup costs money up front, if there is something wrong with the car that isn’t readily apparent, it’s money well spent that could save you a fortune down the road.Finally, check out insurance costs for the car you are considering before you buy it. Depending on the make, model and year of the car, this cost can vary substantially, and might influence your final decision.

If you own a tractor, truck or a boat you are probably a bit bemused by the phenomena of biodiesel being a “new thing” when it comes to extending mileage, lubricity or reducing pollution The truth is that using B5 as an additive to boost the lubricity of an engine and solve combustion issues is not new at all. It has been used for decades as a way of keeping large farm machinery operating in the winter.The upshot is that bio can lubricate vehicle machinery far better than petroleum diesel fuel. Scientist and farmers have realized for years that there is marked improvement in lubricity when alternative diesel is added to conventional diesel fuel. Even blend levels as low as one percent can provide up to a 65 percent increase in lubricity in distillate fuels.Biodiesel additives have been in the spotlight lately because of global warming. Using just plain ULSD diesel is not the “magic solution” when it comes to global warming because of course this fuel does emit soot, carbons and sulfur. This is evident if you have ever watched exhaust coming out of the back of the exhaust pipe of a bus, boat or tractor. The addition of alternative fuels in boats, tractors, buses and other large vehicles can greatly help reduce these toxic emissions as well as the noise that these vehicles can make. This is because a machine that is well lubricated with bio-blends is just not as erratic in its function.The fact that these blends make the running of vehicles much easier in general has led to the development of all kinds of designer additives, for both diesel fuel and gasoline run vehicles. One company that has been at the forefront of developing these types of designer formulas is Fuel Boost. Fuelboost raises the cetane level in pumped diesel, which also gives the using machine more mileage.The Fuel Boost Company specifically manufactures a Diesel Formula that removes soot deposits on valves and intake ports and strips the engines of built up carbon. This formula also reduces the thick black smoke that can be emitted into the atmosphere.The smoothness and mobility of diesel fuel is especially important for diesel engines and machines that use rotary and distributor type fuel injection pumps. In these pumps, the fuel itself lubricates moving parts as it moves through the pump. This is exactly the type of instance where the addition biodiesel can greatly increase the efficiency of a machine.The efficiency of other diesel fuel systems-which include unit injectors; injectors, unit pumps, and in-line pumps also rely on well-lubricated diesel fuel. The reason that these fuel blends of 20% or lower are usually added to regular diesel fuels is because these fuels consisting of methyl esters of soybean oil. The esters in bio have superior scuffing and adhesive wear resistance that exceeds conventional diesel fuelsTo ensure the safest use of alternative diesel fuel, make sure that the additive you use it meets the ASTM specification for pure biodiesel (ASTM D 6751) before blending with petroleum based diesel fuel. This ensures that your machine will not experience operational problems.

When riding a motorcycle it’s important to choose a part of the lane to ride in. Most traffic lanes are 12 ft wide. So as motorcyclists we should divide the lane into three four-foot sections. Lets take a lane and look at what a right, middle, and left lane position offers.Left of the lane- In general the left third of the lane is the best position for a motorcyclist. The left third gives the rider the best view. You can see what’s happening in your lane and you can also see opposing traffic .The left side of the lane also keeps you away from oil and other potentially hazardous fluids and will make you most visible to other motorists. The left third also offers numerous escape routes because there is paved road on each side of you. Middle of the lane- The middle of the lane provides adequate visibility but not as well as the left. The middle of the lane does present a hazard because that’s where oil and fluids that leak out of cars accumulate For this reason you should stay out of the middle but if you ride in the middle stay on the left side of the middle.Right of lane- The right side of the lane provides protection from fluids on the road but it does not provide adequate visibility of on coming traffic and it puts you in a position where you might not be seen.These lane positions are not hard and fast rules. If you need to move to the right to get a better view of a potential hazard in the road then do it. Or if a large vehicle, such as an 18-wheeler is coming opposite you, avoid the wind gust that it brings by moving right.A word about fluids on roads. Most fluids will accumulate on a road in areas where traffic stops. Intersections and toll booths come to mind. When approaching these areas be cautious. When stopping make sure you place your foot down in an area that is fluid free. When you drive away take it easy. Your boots might have a layer of oil or other type of fluid on them and might slip when trying to find the pegs. Also your wheels might be coated with a thin layer of oil. Accelerate slowly and allow the tire to fling the oil off.  Maintain situational awareness and remember that your brain is the most important piece of safety gear you have.

Truck Insurance premiums are calculated according to a variety of factors. These factors are used to determine the financial risk, or probability of an accident. Many of the factors that are taken into consideration are things that the driver can have an influence on in order to decrease rates, such as accident history, while others are factors that the insured person has no control over, such as age.

Age of Driver

Statistically, younger drivers and very old drivers are more accident-prone. For this reason, drivers in higher risk age groups will have higher premiums. The preferred drivers are typically between the ages of 30 and 65.

Driving Experience

The more truck driving experience an operator has, the less their risk assessment will be. Experience with various equipment and weather conditions is inherent in the number of years that an operator has been driving similar types of trucks.

Employment History

The number of years that an operator has worked for different companies will be taken into consideration as an experience factor. The more familiar a particular driver is with specific routes and equipment, the less chance there is that an accident will occur.

Accident History

A driver who has been responsible for accidents in the past is prone to accidents in the future. For this reason, the fewer accidents and violations a driver has, the less their truck insurance premium will be.

Previous Coverage

Truck insurance providers may ask if you previously had insurance coverage. If you have been previously canceled for non-payment of premium or for underwriting reasons, the potential provider will want to know. If you have had truck insurance, the previous carrier can inform the new insurer of your loss history.

Years Operating in Name

As with newly employed drivers, a company newly operating in its name is more likely to have the added burdens of management development. As a company becomes more experienced managing its operation, including safety programs, drivers, adherence to regulations, the frequency of losses, etc. is also likely to decrease.

Driving Area

The routes a driver has can have an effect on premiums. This is determined by average road conditions and infrastructure, weather during different seasons, and so on.

Cargo

The type of cargo a driver carries will also affect their truck insurance premium. Cargo Insurance is based almost entirely on: cargo value, time sensitivity for delivery, potential for theft, etc.

Equipment Operated

The value, age, and condition of equipment operated are a determinant in truck insurance premiums. However, the age of a truck is often irrelevant as the condition of the truck is dependent on upkeep, as well as recently installed equipment.

Deductible

The deductible is the amount of damage or loss that the insured party is responsible for Typically, the greater the deductible the less the insurance premium will be.

DOT Safety Record

A record of an owner operators or companys DOT safety rating, violations, Safestat and Inspection and Selection (ISS-2) scores, etc. is routinely used to assist in determining the truck insurance rate.

Safety Features and Programs

Safety features for an insured truck, such as warning stickers, are beneficial for risk assessment. Safety programs for companies and safety trainings for drivers are also helpful.