The automotive industry is the world’s largest manufacturing and service sector with a population of about 200 million. The industry also accounts for about a third of the global gross domestic product (GDP). Working with other car manufacturers, dealers, mobile transportation companies, and auto parts suppliers, auto transport by state ranks the states based on their performance in terms of highway congestion, air quality, traffic safety, and vehicle ownership. 

The rankings are based on five key factors: 

  • the size of the state; 
  • the number of registered vehicles; 
  • distance between hubs; 
  • rural-urban ratio, and 
  • cost-effectiveness ratio. 


These factors are present in agnostic order which makes it easy to find the best business environment for the entire industry. Let’s take a look at some of these factors.

Size of state

The total number of registered vehicles in a state is the gross volume of all vehicles permitted to travel on the state’s highways. It is calculated as follows: Mega-State = state × 100 Smaller states are extremely dense with traffic, while larger ones are much more sparse. The gross volume of each state’s automotive traffic is calculated as: Volume = a Total number of vehicles × State highway density This density is calculated as: Density = 100/100 = 2

A number of registered vehicles

The distance between the most populated and most remote areas of a state is called the “rural–urban ratio”. It is the ratio of the total number of registered vehicle trips to the population of these areas. This ratio is determined by the number of people living in a state and is one of the factors that make a state an auto-friendly place. The rural–urban ratio can be affected by a number of factors, including climate, landscape, human presence, and infrastructure needs. Therefore, the state’s overall rural–urban ratio can be used to calculate the state’s overall traffic performance.

Distance between hubs

The distance between the major hubs of a state is called the “urban–rural ratio”. It is the ratio of the total distance between the centers of the state’s largest cities to the total distance between the state’s smallest cities. The rural–urban ratio greatly affects the state’s overall traffic performance.

Urban-rural ratio

The overall urban–rural ratio is another important factor that influences the state’s overall traffic performance. It is the ratio of the total distance between the state’s largest city and its largest outlying city to the total distance between the state’s smallest city and the city’s center. The state’s overall rural–urban ratio is the opposite of the state’s overall urban ratio.

Cost-effectiveness Ratio

The cost-effectiveness ratio takes into account the cost of living, the cost of labor, and the overall cost of doing business in a particular state. By comparing these costs to the state’s potential for growth and profitability, investors can determine if a state is a good place to invest its resources.

Investors should consider the cost-effectiveness ratio when choosing auto transport by state. If a state has high costs but a low potential for growth, it may not be the best place to invest. On the other hand, if a state has lower costs and a high potential for growth, it may be a more attractive option for investment.

In addition to considering the cost-effectiveness ratio, investors should also look at other factors such as the state’s infrastructure, the availability of skilled labor, and the state’s overall business environment. By taking these factors into account, investors can make informed decisions about where to invest their resources and maximize their return on investment.


The cost-effectiveness ratio is an important factor in auto transport by state ranking to consider when choosing a state for auto transport. By considering the costs and potential for growth, investors can make informed decisions about where to invest and guarantee the success of their business.

Automobile Transport by State List

The Automobile Transport by state list is a collection of the most striking and most successful auto companies in each state. Primary product types categorizes companies, with the largest percentage of business units being insurance passenger vehicles. The top ten companies in each state are then ranked according to their cost-effectiveness ratio. The cost-effectiveness ratio is calculated as follows: Capability = Cost-effectiveness ratio / Total Traffic

Regarding auto transport by state, there are many factors that affect a state’s traffic performance, but a good auto environment is only half of the battle. The other key factor is financial support from the federal and state governments. While each state has its own requirements for how to design and operate its vehicles, most states have some form of vehicle assistance programs. These programs help make maintenance and repairs easier, as well as provide better road conditions for all drivers in a state. As you can see from the list above, there are many different factors that can affect a state’s overall traffic performance. With so much to consider, it’s easy to forget about the basics. That is, until you’re in the car with the most to effect. What has been your favorite factor in your state’s traffic performance? Let us know in the comments section below. Now that you’ve got some perspective on the state of the auto industry in your state, let’s turn our attention to the best way to commute between cities.