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The car industry is continually being transformed by the rapid speed of technological progress and innovation. Car technology and innovation are taking place at an extraordinary pace. The old manufacturing strategy of creating automobiles in a plant and distributing them to dealerships is being disrupted by new technologies like autonomous vehicles and shared mobility services. 

Before you use an online PCP calculator to buy a car, check out the following top five trends in-car technology that you can implement and enjoy this summer. 

1. Rise in demand for autonomous vehicles

Every major car company is focusing on self-driving vehicles as a prominent automotive industry trend. Thanks to high-tech systems, this technology will provide several benefits, including greater safety, comfort, and productivity. 

By expanding the reach of last-mile delivery and reducing downtime, autonomous vehicles (AVs) aim to improve transit safety. For example, by minimising the number of accidents caused by exhaustion or carelessness. AI-enhanced computer vision is employed to identify obstacles along the route of an autonomous vehicle.

As a result, more and more individuals will choose to drive their cars and enjoy long drives this summer instead of taking public transportation.

2. Focus on electrification of vehicles

The depletion of fossil fuel reserves, as well as the environmental damage caused by their usage, made the adoption of electric mobility solutions a necessity. By 2030, they are expected to account for more than a third of all new car sales. They are one of the most crucial trends in the automotive industry.

Since electric vehicles produce no emissions, they are beneficial for the environment. Because of their lower operating and maintenance costs as well as their longer lifespan, electric vehicles are more cost-effective than traditional petrol or diesel vehicles. People in the UK can now enjoy their summer drive without having to worry about polluting the air.

3. Inclusion of artificial intelligence in automobiles

The automobile industry is no exception to the rule when it comes to the importance of artificial intelligence (AI). Self-driving cars, for example, are crucial advances on this list, but the latest AI technology may also be utilised for simple chores like reprogramming traffic lights to react faster when there is a heavy flow of traffic.

The Internet of Things (IoT) provides secure connectivity between automobiles and infrastructure components in the automotive industry. Road safety, congestion, pollution and energy costs are all improved through better management. Advanced sensing technology is being developed by start-ups and growing firms to capture more information about a vehicle and allow it to understand its environment. Fuel and toll payments can also be automated thanks to this new technology. As a result, UK drivers can save a lot of time and enjoy their summers more.

4. Focus on connectivity

In the car market, connectivity is one of the most important developments, and it is predicted that nearly all new vehicles will be online by 2025. Vehicles now have a unique digital identity that can’t be tampered with, making them stand out from the crowd. Insuring vehicles, monitoring driver safety, planning preventative maintenance, and managing leases have never been easier thanks to this technology. 

In addition to benefiting the individual driver, the sharing of vehicle data has a transformative effect on the entire mobility ecosystem. There are numerous vehicle connectivity solutions developed by start-ups and scaleups that allow them to link with other vehicles (V2V).

With connectivity, carmakers can gather data on how their cars are being used, which can aid in product development; drivers can gain access to a wide range of services that can enhance their driving experience, and car manufacturers can implement driverless technology thanks to the availability of this data.

While driverless cars and connected vehicles are changing the automotive scene, they will radically alter how drivers interact with their cars. Vehicles can be controlled via voice commands or haptic feedback through the use of a human-machine interface. These features broaden the range of options for what and how drivers can control their vehicles. 

A safer and more enjoyable driving experience is the result of such interfaces. Smart virtual assistants that aid drivers and passengers in their interactions with automobiles and other service providers are another type of HMI.

5. Increased demand for shared mobility

One of the most crucial elements in determining a consumer’s choice of car is the growing tendency toward shared mobility.

New business models based on shared mobility as an alternative to traditional vehicle ownership have emerged thanks to the advent of connected vehicles. This allows mobility-as-a-service (MaaS) to be offered and discourages the use of unused automobiles. Without the need for new vehicles, cities and businesses can meet their needs while lowering waiting times for taxis and emissions generated by gasoline or diesel vehicles.

When consumers opt to lease their cars from sharing companies rather than buying them, there are certain drawbacks, such as missed sales chances for automobile manufacturers. However, there are many advantages, like the elimination of the need for parking spots, reduced pollution, and reduced traffic congestion. These advantages make it easier for UK residents to plan their summer activities.


Globally, the automobile sector is one of the most forward-thinking. The demand for more reliable, efficient, environmentally friendly, and reasonably priced cars is what sparked these trends. The convergence of the above-mentioned five key trends is paving the way for several other new developments in the years to come.

For both car makers and car owners and drivers, these changes will have a significant impact on the way cars are used and the overall transportation system.