Development of motorization in the last 30 years

Automotive plays a huge role in our daily lives, and over the past 30 years its development has undergone a huge metamorphosis.

In the 1990s, cars with internal combustion engines were popular, and technologies related to electric propulsion were still in the development stage. Electric vehicles were rarely seen on the road and were not very popular.

Over the past 30 years, however, there has been significant progress in automotive electrification. More and more automakers are launching electric or hybrid vehicles, and electric drive technologies are becoming more advanced. Increased air pollution and growing awareness of the dangers of climate change have led more and more people to become interested in electric vehicles as an alternative to cars with internal combustion engines.

Autonomous vehicle technology has also advanced significantly over the past 30 years. Although autonomous vehicles are still not widely available, many companies are investing in the development of this technology, and we can expect to see the first vehicles with a high level of autonomy in the near future.

New technologies have also emerged to enhance road safety, such as blind spot monitoring systems, automatic emergency braking and lane assist. More and more cars are equipped with these types of solutions, significantly reducing the risk of accidents on the road.

Electromobility – the future of motorization?

Electromobility is increasingly popular around the world and is gaining more and more supporters. Electric vehicles are considered environmentally friendly, as they do not emit exhaust fumes and do not pollute the air. Many people choose to purchase an electric vehicle, mainly because of the environmental benefits, but also because of the financial savings. The cost of operating an electric vehicle is much lower than that of a car with an internal combustion engine.

Although electromobility has many advantages, there are still doubts about its future. One of the main problems is the limited range of electric vehicles and the lack of adequate battery charging infrastructure. Many people are concerned that electric car travel may be hampered by the lack of availability of charging points. Nevertheless, in recent years there has been a noticeable increase in the number of charging points in many countries, making electromobility more accessible.

Autonomous cars – current state of development and future prospects

Autonomous cars are vehicles that are able to move without driver input. The technology is becoming more advanced and many companies are investing in the development of such vehicles. In the near future, there may be the first vehicles with a high level of autonomy, which will be able to cover routes on their own.

Despite advances in autonomous cars, there are still concerns about the safety of these vehicles. Events such as the autonomous car accident, in which the driver was killed, have caused much controversy and doubt about the technology’s readiness for mass production and use. Manufacturers of autonomous cars must provide adequate safety features and technical solutions to ensure the safety of users and other road users. Although the future of autonomous cars is still uncertain, many experts believe the technology has great potential and could significantly impact the future of motoring.

The most important safety systems in modern cars

Today’s automakers are increasingly equipping their vehicles with various types of safety systems designed to keep the driver and passengers as safe as possible while driving.

One of the most important safety systems is the airbag, which deploys in the event of an accident and prevents injury to the driver and passengers. Many modern cars also have side airbags and air curtains to protect the head and neck of travelers.

Another important safety system is blind spot monitoring systems and lane keep assist. These technologies allow the driver to better detect vehicles and other obstacles in the blind spot or outside the lane. This allows the driver to react faster to hazards and avoid danger.

The automatic braking system is a solution that automatically brakes the car in situations where the driver fails to react to danger. This system uses cameras and radar to detect obstacles on the road and automatically brake the car if necessary. With this system, it is possible to reduce the risk of accidents and prevent collisions.

ABS, or anti-lock braking system, is a solution that prevents the wheels from locking up during braking. When the driver suddenly starts braking, the ABS system automatically adjusts the braking force to the road conditions, so the car handles better on the road and it is easier to maintain control of the vehicle. Traction control is another solution to keep the car properly gripped to the road surface. If necessary, this system automatically adjusts engine torque and braking force to individual wheels to prevent the car from skidding. These and other safety systems are increasingly being used in modern cars and are helping to improve road safety.

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