Hybrid cars are excellent choices for helping the environment by using less fuel and more efficiency, but hybrids also require less maintenance. Hybrid vehicles are designed to require less service and are made to last longer and run better made than a conventional car.
When deciding between a hybrid and a traditional car, all factors should be considered. Hybrid vehicles are lower on emissions, use less fuel and because they have fewer parts, tend to last longer. The following are three reasons by hybrids go in for less maintenance.
The generator of a hybrid can take on multiple tasks.
The generator on a hybrid is an important aspect of the car. A hybrid uses a separate gas engine that powers the generator. The engine on most hybrids are very small, usually a ten to twenty horsepower. It is designed to run at one speed to get maximum efficiency. The generator of a hybrid is able help to take on the tasks of several other parts of the car. This reduces wear and tear on parts that often need replacement on a conventional car. Because the generator takes on several tasks, the hybrid car is able to recapture energy when coasting or breaking to recharge the battery. This reduces battery usage and the battery in a hybrid will need to be replaced less often. Because the generator handles 80 percent of the braking, the brake life is extended, as well. Also, with a hybrid, there is the reduced chance of having warped rotors due to less heat to the generator doing more of the break work.
Another advantage of having less wear on the break system from the generator is that the brake fluid life is extended because there is minimal contamination of fluid due to less heat build up. Break pads on a hybrid tend to last longer, as well.
A hybrid vehicle has less car parts to wear out than a traditional car.
Because of the way hybrids are built, they use less auto parts. Less auto parts means less vehicle wear and replacement. This type of technology also does away with a regular starter. Not having a starter makes one less component that will need to be replaced over time. With no starter, there is no way to accidentally grind the flywheel.
The battery and motor of a hybrid do not require any maintenance over the life of the car. The engine is also designed to last longer and does not require any more maintenance than a traditional car.
The air conditioning system used in a hybrid car works by electricity and non-hybrid cars use a traditional pulley driven off a gas motor. Because the car is not running the gas motor to cool the car, there is no air conditioning belt to wear out. In addition, there is no belt required for the steering. Because the steering is electric and not hydraulic, is has minimal kickback when driving over rough or uneven roads.
There is usually no valve adjustments needed in a hybrid either. Because the motor is not constantly running, it does not wear the valve system out, if present in the car. Also, injectors in a hybrid may never need to be cleaned. There is less deposit over time on the injectors, requiring less maintenance.
Hybrid cars usually come with longer warranties.
Many makers of hybrid cars such as Honda and Toyota offer longer warranties on hybrids than on traditional cars. The Honda Insight offers an eight year or 80,000 mile warranty on hybrids. This includes the batteries and the power train. The Toyota Prius offers buyers with an eight-year or 100,000 mile warranty on the battery and the hybrid system. Longer warranties on these cars make an attractive feature for buyers looking for a more efficient way of driving.
When choosing between a conventional car and a hybrid look at all of the long-term possibilities. Hybrid cars can offer drivers a longer lasting car because they are built to last longer. Hybrids are also worth considering because they require less maintenance than a regular car. They offer better fuel overall efficiency, have less parts that wear out over time and many makers of hybrids offer longer warranties.