Automobile & Transportation: Scope & Forecast

Automobile & Transportation
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A self-propelled passenger vehicle with an internal combustion engine or an electric motor that is used for land transportation and typically has four to eight tyres. Automobile engineering refers to the subfields of engineering that deal with the production and technological aspects of autos.

Our lives now would not be possible without the contemporary world’s comforts, which include vehicles. The vehicle is a lifeline for people since it is utilised for both passenger and cargo transportation. A vehicle that is not driven by people but is instead driven by humans is an automobile. There is a wide range of autos, including cars, buses, trucks, bikes, etc. An automobile, such as a car, a bus, a truck, etc., is a self-propelled vehicle that has a power source for propulsion and is used to transport people and things over land.


transportation options or Networks, infrastructures, vehicles, and operations are all included in the concept of many types of transport. Walking, the rail system, ship transportation, and contemporary aircraft are some of these. Over time, new transportation methods have arisen.

Five Major Modes of Transportation

  1. Road transport
  2. Railway transport
  3. Water transport
  4. Air transport
  5. Pipeline transport

Trying to predict how many cars or people will utilise a certain transportation facility in the future is known as transportation forecasting. A prediction may calculate the number of cars on a planned road or bridge, the number of passengers using a train, the number of travellers using an airport, or the number of ships docking at a port, for example. Data on current traffic are first gathered in order to anticipate future traffic. To create a traffic demand model for the present scenario, this traffic data is integrated with other well-known statistics, such as population, employment, trip rates, travel expenses, etc. supplying it with anticipated population, employment, and other statistics.

results in projections of future traffic, which are often calculated for each section of the relevant transportation infrastructure, such as a station or stretch of road. The capacity to access dynamic data, large data, etc. is made possible by current technology, opening up the possibility for the creation of new algorithms that will substantially increase the predictability and accuracy of the estimates made today.

The capacity of infrastructure, such as how many lanes a bridge should have, as well as the financial and social viability of projects, are all determined using traffic forecasts in transportation policy, planning, and engineering. Environmental impacts, such as noise and air pollution, are also determined using traffic forecasts.

Scope and forecast of Transportation

Humans have been looking for faster and more comfortable means to travel since the beginning of time. The wheel was the first invention, followed by carts and waggons, steam power, and finally the internal combustion engine. The next wave of innovation included electric automobiles, bicycles, and autonomous vehicles. Ideas that were previously thought to belong solely in science fiction are now becoming reality.

Autonomous aerial vehicles (AAVs)

There have already been successful autonomous aerial vehicle (AAV) demonstration flights. AAVs are distinct from drones, which are often unmanned, although similar. AAVs are essentially passenger-transporting autonomous human-carrying drones.

These flying vehicles’ most common variants employ runway-free vertical takeoff and landing (VTOL) using horizontal rotors. The concept is to transport commuters in AAVs, diverting them from clogged roads and bringing them directly to their destinations, considerably reducing travel times.


Because it employs a VTOL platform, this idea is similar to an AAV. The hoverbike is ridden and operated by a human operator rather than being unmanned. The shape is similar to a quadcopter, which has four rotors and can carry one person. Once more, the goal is to offer a mode of transportation that reduces street traffic for short distances. The S3 2019 Hoverbike, created by the Russian business Hoversurf, features a battery-powered, single-piece carbon fibre frame and can travel at 96 KMPH at an altitude of 33 feet. The hoverbike won’t be an affordable choice for everyday commuters anytime soon, costing $150,000 per bike.

Self-driving taxis

Although currently primarily restricted to testing grounds and pilot projects, autonomous vehicles are poised for wider adoption. The 30 “”Aptiv”” vehicles operated by Lyft, which provides autonomous trips for a fee, are already on the road and operating in areas like Las Vegas. These cars demonstrate a Smart Mobility mindset rather than merely EV and autonomous efficiency. These future taxis roam through Smart Cities communicating with each other, with smart infrastructure and IoT, with consumers, and gathering vast quantities of data to generate even greater efficiency.

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