Vehicle Tech Innovations Transforming The Driving Experience

Statista’s latest report reveals that by 2030, one in ten automobiles will be fully autonomous, according to data on TechRepublic. Technological advancement has been an integral part of the automotive industry. And in the past century, the sector has witnessed fascinating innovations, from the development of fossil fuel engines to car electrification. Consequently, the impact of technology on our lives and how we drive has been enormous. 

Technologies like artificial intelligence, machine learning, augmented reality, and additive manufacturing are changing how cars function. Like cellphones, today’s vehicles won’t just take you from one point to another. They can predict and prevent potential accidents, park themselves, and warn you of potential mechanical failures. If you’re keen on the latest car developments, here are some vehicle tech innovations transforming the driving experience.

Automated driving

Although fully autonomous vehicles are not on the roads yet, self-driving technologies like adaptive cruise control, parking assistants, and the emergency braking system are already transforming the driving experience. These technologies are powered by artificial intelligence, and they are slowly eliminating the need for humans behind the steering wheel. Audi, for instance, has a cruise control system with a function and stop feature that implements self-driving technology. 

The cruise control system relies on 30 sensors fitted all around the vehicle to collect and transmit data regarding the car’s surroundings to the processor. This system can detect the vehicle driving in front of you and change your traveling speed from 0 to 150 miles per hour. With the help of two radar sensors installed in the front of Audi’s vehicles, the cruise control feature enables the control system to manoeuvre the car. Other automakers like BMW are leveraging autonomous driving systems to streamline automatic parking. That way, vehicles can park themselves without human interaction. Furthermore, self-driving technology can reduce road accidents due to its ability to eliminate human errors that often result in fatal crashes.

Augmented reality dashboards

Augmented reality is becoming increasingly popular in auto dealerships, as it enhances the customer experience during test drives. But that’s not the only role of AR in the automotive industry. Automakers worldwide are integrating augmented reality into vehicles to improve the driving experience and boost road safety. Currently, augmented reality transforms your car’s windshield into a display screen that shows vital information like speed, RPM, fuel levels, and weather conditions. Since AR display dashboards use holographic symbols, drivers can follow directions while keeping their eyes focused on the road. Augmented reality displays also show you details about how fast you’re approaching the car in front of you and provide safety interventions to prevent a possible collision. 

Lightweight materials

Over the past few decades, automobiles of all sizes have turned into technological marvels, becoming more comfortable, safe, and fun to drive. Not to mention, today’s automobiles are more fuel-efficient and eco-friendly. To achieve these outcomes, automakers have stepped up the use of innovative, lightweight materials. For instance, designing car bodies using light alloys like magnesium and aluminium reduces the overall weight of automobiles significantly, resulting in increased fuel efficiency. 
Titanium is another excellent material used in the production of lightweight automobiles. Despite being light, titanium is strong and resistant to corrosion. Its versatility makes it ideal for designing lightweight but durable body frames that enhance vehicle safety and dependability. Other applications of titanium in automobile manufacturing include making car engine valves, mufflers and springs, and extending the lifespan of auto parts. Unlike aluminium, titanium has high heat resistance, making it perfect for designing durable and heat resistant turbochargers. Many automakers also invest in titanium metal tubing for exhaust systems because titanium alloys resist corrosion better than steel. With plenty of tube options, carmakers can choose what they want based on size, grade, and pricing.

Predictive technology

Thanks to artificial intelligence and machine learning in automobiles, predictive capabilities have become more prevalent than before. Auto manufacturers are automating the car set-up process, including the infotainment system and application preferences using AI and machine learning algorithms. This tech advancement transforms vehicles into IoT devices that connect seamlessly with wearable gadgets and smartphones. Predictive technology also uses sensors to analyze a vehicle’s performance and then notifies the driver if the car needs repairs to prevent breakdowns. 

The rate at which automotive technology is growing is a clear sign that there is no end to vehicle innovations. Automakers worldwide are increasing investments in advanced technologies like artificial intelligence, augmented reality, big data, and electrification. These tech developments aim to transform automobiles into smart devices that drive and park themselves. With this in mind, expect your next car to feature augmented reality dashboard displays and self-driving systems like adaptive cruise control, lane departure warning, and emergency braking system. The next-gen vehicles will also be lightweight, safe, and fuel-efficient, thanks to light materials like titanium, magnesium, and aluminium.