“With the ever-increasing popularity of electric cars, automakers are reinterpreting sustainable mobility. They offer quieter rides, fewer pollutants, and technology that is at least as advanced as traditional fuel-powered cars. Indeed, due to consistent improvements in the electric vehicle (EV) and battery technology over the years, EVs are without question the more economically viable, affordable, and adaptable for drivers, however eco-aware or environmentally enamored they may be. We compare the features, build quality, environmental impacts of both models to help make informed decisions if you’re looking to switch to EVs,”.

Other breakthrough technologies that will revolutionize driving are technologies for self-driving. We are witnessing fast advancements in autonomous systems which enable modern automobiles to have some degree of it today. Largely, they’re moving from full-autonomous prototypes to more advanced driver-assist systems, and the path seems to lead toward a safer, more efficient way to get around. We discuss the advantages of these technologies, the integration strategies being pursued, and the hindrances to their widespread adoption.

The name of the game, however, is performance, as it has been for many car enthusiasts. The excitement of brisk acceleration, the agility of cornering and the voice of a fine-tuned engine still excite drivers around the globe. The models nominated in our category touch on the best new developments in high-performance engineering, pushing the bounds of speed and design. Aerodynamic improvements, hybrid powertrains, and turbocharged engines — these technologies are a peek at what the future of performance driving will become.

Technological Developments in Automotive

But the one overall trend within the auto industry is how quickly technology is changing. There’s more technology in new cars than ever, making it safer, more efficient and more convenient to drive one. Combining electronics with artificial intelligence and new material completely changed the act of driving, but also transformed what consumers expected of a car.

One of the technologies leading the charge is electric vehicles (EVs). With a growing global agenda of targets to reduce carbon emissions and cut down the dependency on fossil fuels in recent years, interest towards electric vehicles (EVs) have soared high. Companies such as Tesla that stoked the fires of mass acceptance of electric cars proved that battery-powered vehicles could be wickedly powerful, luxurious and clean.

GM, Ford, and VW among those throwing their hat in the ring with billions in EV tech investments and a promise to stamp out all internal combustion engine (ICE) vehicles in a matter of decades. Moving away from conventional combustion engines to electric drivetrains is not a type; it is a fundamental change in the way cars are made and engineered.

Along with electrification, the other big trend is the advancement of autonomous driving technology. Although fully autonomous vehicles still haven’t teemed into public thoroughfares, most new cars are equipped with some driver-assist features — automated emergency braking, adaptive cruise control, lane-keeping assistance, etc. These systems use sensors, cameras and radar systems to monitor a vehicle’s surroundings while helping a driver avoid collisions. Waymo, which operates under Google’s parent company, Alphabet, is among the companies leading the charge on fully autonomous vehicles. There may be a long way to go for self-driving cars, despite repeated attempts to improve the technology but many believe that the promise is a lot if they can ultimately reduce traffic accidents and change the concept of journey.

Connectivity is another major aspect that will determine the future of automobiles. As late-model automobiles increasingly become internet-connected, consumers may be interested in entertainment options, real-time navigation updates and applications to grid power tools via a smartphone app. The deployment of 5G networks will also allow future applications, such as autonomous motoring and smart cities, with the introduction of faster data transfers between vehicles and infrastructure. To make roads even safer than they already are, there are communications technologies in development such as vehicle-to-vehicle (V2V) and vehicle-to-everything (V2X) that would allow vehicles to communicate with traffic infrastructure such as road signs and traffic signals.

Few cars blend modern comfort and luxury as much as a modern car do. Luxury market is characterized by leather-lined interiors, advanced entertainment systems and advanced safety features and its target consumers are drivers seeking needs beyond transportation. To help you locate a vehicle that will live up to your high standards of style and innovation, we compare features, build quality and the overall driving experience of the latest models.

Safety is paramount in the automotive world, and automakers are always seeking ways to safeguard drivers, riders, and pedestrians alike. Many new vehicles are equipped with standard safety technologies, like collision avoidance systems, adaptive cruise control and lane-keeping assistance. Our articles also cover recent developments in auto safety and tips for selecting a new vehicle.

Development of Automotive Design

We all know that from one decade to another, cars change in looks and technology. The initial cars were also very utilitarian, emphasizing reliability and utility over all else. But the car industry has since turned its focus to design, with manufacturers investing huge sums in beauty and function.

Comfort and elegance weren’t exactly high on the priority list for mass-manufactured economy cars in the early 20th century, like the Ford Model T —but as the automotive world moved on, brands learned that design served as a major differentiator. Names like Ferrari and Porsche built their businesses on sharp, high-performance designs, while Rolls-Royce and Cadillac were leading the charge on deluxe, premium product. The years following World War II saw the emergence of cars like the Jaguar E-Type and the Chevrolet Corvette, their beauty and creativity a signature style of American automobile design.

Even in the modern automotive market, design can remain pivotal in a car’s identity. Modern-day designers have plenty of balancing work to do to get this between aerodynamics, safety regulation, economy. The migration to battery-powered vehicles has freed designers, since there’s no internal combustion engine to pack into a specific shape. Where Mercedes-Benz and BMW’s future concepts of the outer shell flirt with bold, streamlined exteriors to reduce drag and balance efficiency, the Tesla Model 3 and Lucid Air lean toward pared-back interiors that reveal crisp lines and panoramic space.

Cars have to now be designed with sustainability in mind. In an effort to lessen the environmental impact of their cars, some automakers are studying the use of sustainable materials in their car manufacturing — such as organic fibers, recycled plastic and even elements derived from plants. As an example, Volvo has vowed that every material that goes into the automotive industry will be recycled or up-cycled by 2040 and the BMW i3 has a cabin made of natural fibres and recycled carbon fibre.

Autos are also getting more individualized and customizable. And modern users give the same effect to theirs with performance treadmill, tech gadgets all the way to the roof, or custom paint. This guide covers all the best ways to boost your car, from practical performance kits that improve handling to aesthetic markers that help turn heads on the road.

Sustainability and Environmental Impact

Automobiles have a few of the greatest issues which is their impact on the environment. The internal combustion engine (ICE) has been the dominant personal transportation tech for much of the last century, but also had an outsized effect on air pollution and climate change. With growing concern for the environment, governments around the world are setting stricter emissions rules and promoting the use of cleaner technology.

Through the shift toward cleaner forms of transport, there’s now a greater demand for electric vehicles, which are one of the most promising solutions to reducing greenhouse gas emissions because they produce no tailpipe emissions. Electric cars are good for the planet, but exactly how good depends on some other stuff, like the source of the electricity you charge them with and the emissions of the batteries over their lifetime.

Batteries use huge quantities of raw minerals like lithium, cobalt and nickel, so there are ethical and environmental questions to be asked about the way the stuff gets dug up. One early example of the more sustainable battery technologies that car and battery makers are racing to develop to mitigate these problems is called the solid-state battery, which is said to be more efficient and somewhat less dependent on rare materials.

In addition to encouraging EVs, the governments and automakers are looking into other ways to lessen the impact of cars on the enviornic.environment. One solution comes in the form of hydrogen fuel cell vehicles that harness hydrogen gas to power an electric motor with water vapor as the sole emission. Car manufacturers such as Toyota and Hyundai and Honda have already launched hydropowered cars, but the technology is still at an early stage and presents logistical and economic challenges.

The circular economy concepts are one of the best sustainable developments in automobile industry. That involves designing cars with a recycling and end-of-life disposal in mind to keep parts and materials from ending up in a landfill. Automakers are also investing in renewable energy to help power their factories and to minimize the overall carbon footprint of vehicle production.

The used car market is another dynamic area that makes for opportunities for folks looking for a balance between value and price. Based on our information, you’ll get useful pointers for the used market, from brand-certified programs to understand the differences across groups of brands or even specific models. So that you can find the right car without compromising quality, we cover how to assess value and condition and how to make the best decisions when you buy.

However, ultimately, smart technologies are revolutionizing the driving experience. Modern cars are digital extensions of our lives — voice-activated controls; navigation systems that change based on how fast you’re going; smartphone connections — all are among features that hit the mainstream in the last 15 years. In this category, we take a look at how these technologies enhance mobility connectivity, safety, and entertainment.