The automotive world is making great strides in the realm of technology. Driver safety, autonomous vehicles, and advances in electric vehicle systems have all made their mark on the auto industry. Connectivity is crucial to today’s car buyer, and many car makers have enhanced the interoperability of smartphones with today’s consumer vehicles. Advances in auto materials make cars more efficient and ready to fulfill demands for higher fuel efficiency.
Accurate Engines explains how new technologies have come to define the automotive industry, outlining some of the fresh advances in the market.
Every year, manufacturers make strides toward safer vehicles. As the years go by, some safety improvements that were previously restricted to high-end vehicles are being found on lower to mid-level cars. These improvements include emergency stop assistance and pedestrian avoidance technology.
Airbags and seatbelt technology are also advancing, with such novel inventions as inflatable seat belts to help reduce neck, chest, and head injuries for rear seat passengers. Airbags have been added in new places, including knee airbags and airbags that inflate between the driver’s seat and passenger seat.
Automakers are still vying to manufacture the first fully automated vehicle, but new advances in technology mean that many cars on the market today have partially automated systems. Beginning with the relatively simple feature of adaptive cruise control and lane-departure warnings, these cars are fitted with advanced sensors and robust computer control.
Models like the Tesla 3 with its Autopilot system promise that the driver will be able to leave many important tasks to the car itself. These systems are not yet foolproof, and a driver needs to have their hands on the wheel and their attention fully on the road. As technology develops, the roads will become safer and cars will run more efficiently.
While there have been fewer models introduced with plug-in and hybrid engines as the price of gas has fallen, advances in electric engines mean that the cars can go further and operate with more power. A California startup called Sila Nanotechnologies has introduced a new battery technology using silicon-based anodes. The new lithium-ion batteries can hold up to 15 percent more energy per pound than previous models. This new technology will make electric batteries less expensive, making electric vehicles a better choice for the average consumer.
The inevitable rise in energy costs over the years will make electric vehicles more tempting to the average consumer, especially when the cost of the cars goes down.
Car buyers are always looking for ways to integrate their home life with their vehicles, and built-in virtual assistants can help control functions at home and in the car. Along with the extremely popular Apple CarPlay and Android Auto systems, accessories that bring the functionality of Google Home and Amazon Alexa have been recently introduced.
Hands-free controls for audio, smartphones, and car functions have been commonplace for years, but new advances in this technology will make cars safer and more convenient.
Recently, car manufacturers have begun including carbon fiber in their designs. Carbon fiber is more expensive than steel, but just as strong and incredibly lightweight. Specially produced aluminum is also popular, with many auto hoods and side panels made of aluminum. Moving away from steel as the only material for bodies, engine blocks, and panels helps car makers reduce the weight of their vehicles, leading to better engine efficiency.
Automakers taking advantage of the properties of carbon fiber include Ford, Chevrolet, BMW, and Lamborghini. Automakers using advanced aluminum include Ford, Acura, and Mercedes-Benz. Accurate Engines encourages potential car buyers to keep their fingers on the pulse of new developments.
An Ever-Changing Field
Auto technology develops more by the year. New advances are being incorporated in car designs annually as the auto business meets the demands of the car buying public. Advancements in technology pave the way for tomorrow’s auto industry to be safer, more efficient, and more connected than ever before.