Trucks and Buses: Transport Technology, Trends, and Innovations

Stephen Howard

The transportation industry is a vast business that covers everything related to the main modes of transportation, such as rail, road, maritime, air, and route. It encompasses the transportation of passengers and commodities.

Buses and trucks dominate all transportation modes regarding technological advancements and investments from suppliers and OEM manufacturers. Also, there is an expected growth in maritime activity, which could boost transport. Fleet operators will ultimately experience an increase in their income because of this. However, the increased earnings will be accompanied by a shortage and higher wages and fuel costs.

High-End Truck and Bus Technology

The most significant shifts in transportation will directly relate to these critical issues soon. The most prominent trends in the transportation industry include electric trucks, autonomous driving, electric hybrid buses, and intelligent transport solutions. Here are the most significant truck and bus developments to watch.

1. Platooning of trucks

The platooning of trucks employs connection technologies such as automated driving and artificial intelligence and other systems such as adaptive lane-keeping and cruise control to connect two or more trucks in the group. The platoon’s trucks keep an established distance. The car in the middle of the group acts as a leader, whereas those behind adjust and react to its movements without intervention by the driver.

The demand for truck platooning is expected to be driven by stricter emission standards, better standards for fuel efficiency, more extraordinary road accidents and traffic congestion, and advancements in AI technology.

2. Electronic Trucks

The average number of vehicle miles (VMT) for class 8 truck drivers in the United States was close to 68,115 miles in 2016, as per the US Department of Energy (US-DOE). The VMT is predicted to increase because truck manufacturing and freight transport will increase over the following years. The emissions from the trucking industry will eventually rise due to this. You can follow this link and learn more about the revolution of automotive electronics incorporated into the vehicle. 

3. Hybrid Buses

The demand for public transportation is increasing as the world grows more urbanized. Most urban buses and coaches operate on diesel fuel, contributing to CO2 emissions. Batteries, electric buses (BEB), and buses that run on alternatives to power (hybrid buses) will be needed in light of both of these issues.

The cost of BEBs, which are about 100 percent more costly than diesel-powered buses, is the main obstacle to this transition. In contrast, because hybrid buses are less expensive than BEB and diesel-electric buses, introducing diesel-electric, CNG (converted to diesel), or biofuel-powered buses is much easier. If you want to learn more regarding the importance of environmental preservation as the priority of electronics instrumentation, you also need to know the primary pollutants emitted by our vehicles.

4. Smart Public Transport

A great public transportation system could provide a single-point solution to rising fuel prices, traffic congestion, and growing GHG emissions. Station-based mobility solutions will cover the first and last-mile issues, while high-speed trains, buses, metros will manage intercity and intracity transportation.

Everything from finding an excursion, the modes of transportation to checking the schedule and routing, reservations, and even payment options will be accessible through the platform to provide an all-in-one mobility system. Cameras with CCTV, GPS gadgets, displays with digital and automated stop announcements, and Wi-Fi devices are integrated into intelligent transport systems for public use. Information systems for travelers, electronic payment systems, advanced ticketing systems, and mechanical counters for passengers systems will be all available.

5. Autonomous-Driving Vehicle

Autonomous buses and trucks were not anticipated to be available until 2025, just a few years back. Based on specific estimates that they won’t be available until 2030. Driver shortages, high compensation, and accidents during long-haul journeys are only some of the factors that could speed up the development of autonomous commercial vehicles. Websites like, which provides electronic manufacturing services, give additional information on the advanced technology they use in production.