Advances are always being made to develop futuristic car technology. Some of the best things in science fiction are now true. Self-driving cars and interactive vehicle control systems that improve driving and the use of things are just two examples of modern car technology.
However, most new technologies are focused on making things safer, which could help a lot with the 1.5 million road deaths that happen every year. Given the tragic deaths on the world’s roads, this is very welcome news. For safety reasons alone, new technologies only benefit us.
Of course, some technology revolves around entertainment and an enhanced driving experience. But some of the most attractive help with safety and reducing CO2 emissions. So here are some of the most cutting-edge technologies currently in use.
Self-driving or autonomous cars reduce the need for human-powered cars and could transform the way people get around. Autonomous vehicle fleets make it easier to get things to the last mile, reduce downtime, and make mass transit a little bit safer. For example, it always helps to know a good car accident attorney. But AI-enhanced computer vision in self-driving cars is helping to reduce accidents caused by drivers who are tired, careless or just not driving well.
Futuristic car technology includes connectivity
Digital identities that cannot be changed make it easy to track vehicle data for insurance and tax, safe driving, predictive analytics and fleet management. Sharing your information about vehicles helps both the customer and the entire mobility ecosystem. Startups and scale-ups are creating opportunities for cars to connect and share data, with an electric vehicle network and with public road infrastructure technologies like ANPR tracking systems.
AI is being used more and more
Robotic automation in the automotive industry uses artificial intelligence technologies such as machine learning, pattern recognition and computer vision. These help self-driving cars get where they need to go, manage their fleets, make drivers safer, and improve services like vehicle maintenance or insurance. AI is not new to the automotive industry and is also being used in the production of cars, where it accelerates manufacturing speeds and helps reduce costs.
The EV revolution
Fossil fuels only harm the environment, so we need to encourage people to use electric transport. EVs need to solve issues like high prices, bad batteries, lack of charging stations, vehicle electrification and charging networks powered by renewable energy so that more people buy them. These issues are helping to reduce rising gas emissions around the world, and start-up companies are working on ways to make the world electric.
3D printing offers solutions
There are three ways 3D printing can help the auto industry. It allows the use of 3D printed models for rapid prototyping, accelerating the development and evaluation stages of production. You can also 3D print any spare parts that meet your needs, such as:
- Customized parts such as rear-view mirrors or frames.
- Small parts for covers and valves.
- Larger parts that can be assembled like a new grill.
- wearing parts.
- Parts for car battery and EV functions.
- Replacement dials and buttons.
- hub caps and composite alloys for wheels.
Additive manufacturing is used by many companies to produce carbon composites for use in the automotive industry. You can also use metal molds or metal additive manufacturing to 3D print working engine components for a car. This is how many older engine parts are made.
The automotive industry can use blockchain in many ways. This includes sharing vehicle information over a private network for connection. And ride-sharing solutions like ride-hailing, city rides, and delivery services. Blockchain can also be used to verify the supply chain of spare parts. Or make sure that raw materials and spare parts only come from trusted and legal sources. This will help you determine if your parts have been counterfeited or stolen.
Mobility as a service
With connected cars, new types of businesses have emerged that focus on shared mobility as a replacement for traditional car ownership. This enables Mobility as a Service (MaaS) and discourages people from keeping idle cars. Such solutions meet the needs of a city or business without adding additional vehicles to our already busy roads. This also reduces fleet waiting times and pollution from petrol or diesel vehicles.
HMIs are to be used in future car tech
As self-driving cars and intelligent transportation systems transform the automotive industry, they will fundamentally change the way drivers communicate with vehicles. Human-machine interfaces allow you to control a vehicle by speaking to it or by touching it. These give users more control over how and which parts of a car they can use. As a result, such interfaces make driving safer and more fun. Intelligent virtual assistants like Google and Alexa are now also a kind of HMI in the car.
IoT sensor technology
In the automotive space, the Internet of Things (IoT) enables vehicles and interior parts to securely communicate with each other. With better fleet management, the technology makes roads safer, eliminates congestion and reduces emissions and waste consumption. Advanced sensor technologies are being developed by new companies and startups to give vehicles more information about themselves and their surroundings. And to help your cars understand the world around them.
Some of the most advanced and futuristic automotive technology didn’t come out of a sci-fi book. With better designs and cutting-edge technologies, both well-known and new companies are pushing the automotive industry forward with advanced technologies, including sensors.
The ability of cars to drive themselves is one of the most valuable and adaptable technologies for vehicles. But AI in the car can also help you become a better driver. Blockchain technology can make it harder for people to steal cars and parts and share information about shortages.