Factors to Consider When Buying an Automobile


There are many factors to consider when buying an automobile. Here we will cover Vehicle design, Engine layout, Fuel economy and Safety features. There is also a lot to learn about the different kinds of Automobiles available on the market. Read on to discover the different aspects of Automobiles. Then, choose the right type of vehicle for your needs. You’ll be glad you did! We hope you enjoy reading the following articles! And don’t forget to share your experiences with the community!

Vehicle design

The basic packaging of a vehicle largely depends on its powertrain and the overall powertrain strategy. However, vehicles can be designed to be cost-efficient as well, with slight compromises in the basic design. Moreover, a vehicle can be designed to have multiple unique selling points, depending on the purpose of its use. Here are some key considerations for designing a vehicle. This chapter is written to give you a general idea of the process involved in creating an ideal vehicle.

Safety features

Modern safety features of automobiles are improving with each passing year. Today’s advanced systems can prevent a car from rear-ending another vehicle or from colliding with an object ahead. While high-end luxury cars offer the most advanced technology, most automakers have made these features standard on most of their new models. Popular driver-assist systems include Ford CoPilot360, Honda Sensing, and Mazda iActivsense.

Engine layout

There are several types of engine layouts in automobiles. For example, a car with four cylinders is referred to as a four-cylinder engine. Four-cylinder engines are arranged in horizontal banks and the crankshaft runs through the middle. Engines with more than four cylinders are divided into two banks, making them look like a “V.” Eight-cylinder V-type engines are common in cars, and a car with six cyls is known as a V-type engine.

Fuel economy

The term “fuel economy” refers to the amount of energy a vehicle can use to carry out work. Consequently, the amount of fuel consumed is directly proportional to the amount of work accomplished. A midsize gasoline-powered vehicle’s energy dissipation varies greatly from highway to city driving. Engine efficiency depends on the type of engine, the mass of the vehicle, and the load it is carrying. Engine speed, also known as the RPM, is another factor that affects fuel economy.


Vehicle regulations govern the design, construction, performance, and safety of a vehicle. These regulations are mandated by law and administered by government agencies. They protect consumers and the environment, and impact the overall costs and marketing of vehicles. If automakers fail to meet these regulations, they can face stiff fines. Read on to learn more about the role of regulations in the automotive industry. Here are some examples of how these laws impact consumers. Regulations for automobiles include safety belts and emissions standards.


The Cost of Automobiles includes internal and external costs of owning and operating a car. The cost of ownership includes twenty-three private cost items and ten social costs. This article assesses the cost of three popular car models in Germany. In general, motorists underestimate the private costs of automobile ownership. Yet, policy makers, planners, and the general public often underestimate the social cost of car ownership. For instance, the average car owner in Germany travels approximately 15,000 kilometers per year.


The Manufacturing of Automobiles (MOA) involves the production of cars. After more than a century, the world now produces more than 1.4 billion vehicles. The automobile industry started in France and is the third largest car manufacturer in Europe after Germany and the United Kingdom. Production schedules are important to a company’s ability to deliver products to customers on time. Careless management of inventory and processes are two of the most common causes of production schedule delays. Mistakes in inspection and shelving can cause pick-and-place errors that can delay manufacturing processes. Further, poor inventory management can increase waste during postprocessing.