Just like the applications and finesse of artificial intelligence, another thing that is increasing every day is the number of vehicles on the road. Pollution, traffic jams, accidents, delays, and an overall declining state of affairs are a result of this massive increase in traffic. Every day you look around and wonder where all these cars came from and how much more can our roads and infrastructure take before they collapse? Well, while the ever-increasing traffic on the road is a nuisance, it can be efficiently managed using various AI systems and their multiple applications. This article aims to explore how AI can be used to smartly manage traffic as is being done by various traffic management platforms.

The Top Five AI Traffic Management Solutions Include

Intelligent Traffic Management System (IMTS)

Artificial Intelligence Monitoring System (AIMS)

Smart Traffic Management using the Internet of Things (IoT)

Intelligent Traffic Congestion Classification System using Artificial Neural Network (ANN)

Intelligent Sensor-based Traffic Signal Management System 

1. Intelligent Traffic Management System (IMTS):

One of the biggest issues with traffic is rash driving and rule-breaking, which leads to accidents. Using IMTS, data from traffic cameras is analyzed and can be used to identify and fine vehicles violating traffic rules, such as not respecting the speed limit and signals. The fine can also be sent to the offender electronically, thus reducing the need for traffic wardens, unnecessary postage, paperwork, and manpower, leading to increased efficiency. It also makes the drivers more cautious and decreases the number of rash drivers and traffic violations, thus improving the experience on the road for everyone.

2. Artificial Intelligence Monitoring System (AIMS):

AIMS can help monitor the speed of vehicles, vehicle type, the number of vehicles on the road at the moment, and the amount of traffic at any given intersection using an HD CCTV camera. It can then be used to provide over-speeding tickets, predict traffic jams, take measures to avoid traffic jams, decrease congestion by increasing the duration of green lights, diverting vehicles to less crowded routes, etc. 

3. Internet of Things (IoT):

Website insiderintelligence.com defines the internet of things as ‘the rapidly growing network of connected objects able to collect and exchange data using embedded sensors. It can be used to help detect car crashes and send signals. If, for example, all the light poles on the road are connected using IoT, they can use sensors to detect an accident and communicate it to the highway authorities, police, and the nearest medical facility. Similarly, IoT can be used to adjust the duration of the green light according to the traffic density rather than the set time. 

4. Intelligent Traffic Congestion Forecasting System using Artificial Neural Networks: 

Artificial neural networks are defined by Wikipedia as, ‘Artificial neural networks (ANNs), usually simply called neural networks (NNs), are computing systems inspired by the biological neural networks that constitute animal brains.’ This form of AI can be used to determine the condition of traffic on the road, both long term and short term depending on the program, and can be used to guide drivers to avoid congestion and hence ensuring efficient traffic flow.

5. Intelligent sensor-based Traffic Signal Management System: 

Schools in Germany are using this form of AI to ensure the safety of students crossing the road. When a student presses the button on a traffic signal indicating they want to cross the road, the intelligent sensor detects the number of people wanting to cross and adjusts the duration of the red light for the vehicles ensuring that every last student has safely crossed the road before turning green. Using this kind of traffic signal management system can greatly reduce accidents and ensure an efficient flow of traffic.

Conclusion:

Artificial intelligence-based solutions for traffic management are the way forward. Detecting over-speeding drivers and sending them their challans electronically, monitoring traffic and diverting it to alternative routes to avoid traffic jams, discerning accidents and sending help, letting ambulances know the quickest route to the nearest hospital, ensuring the safety of pedestrians while crossing roads, reducing the need for humans to perform tasks like regulating traffic and fining offenders, decreasing pollution by reducing the number of vehicles on the road; AI can do it all and even more. Cities that want to tackle their traffic problems need to employ AI-based smart traffic management solutions that are tailored to their needs. Artificial intelligence is the future.

Read More AI Powered Transport and Real Time Benefits

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AI technology with a blend of cloud computing, computer vision, deep neural networks, and Natural Language Processing (NLP) is playing a vital role in transforming the automotive industry and fueling its growth ever like before.  

Though AI technology is stretching its power across various industries, its revolution in the automotive industry is a hot topic in the market right now.

“Self-driving cars or autonomous vehicles are the best innovations of AI technology.” 

With the integration of capabilities of AI and Internet-of-Things (IoT) enabled sensors, including cameras, radar detectors, and LIDAR, today, self-driving cars can travel source to destinations without the assistance of a human driver. Thanks to such advancements in autonomous technology. 

A Green Signal For AI In Automobile Industry Is Every Where

Leveraging the power of built-in AI and ML-based object detection algorithms, driverless vehicles can collect data from built-in three significant sensors, identify objects in front of them, and make the perfect decisions while driving on the roads. Such intelligent analysis and the power of interpreting situations in real-time can prevent accidents and ensure safety when navigating on roads.

These advanced features and automation in driving are the major drivers for self-driving cars demand, especially in the United States of America, Japan, and Germany-like countries. The opportunities of self-driving cars in these markets were attracting sizeable investments and encouraging further growth in the autonomous vehicles market worldwide.        

A Proof For Rapid Growth Of AI Technology In Automotive

According to Statista research reports, we found that the market size of the driverless cars industry is projected continuous growth in the past few years. The market value of self-driving vehicles is forecasted to grow from nearly USD 106 billion in 2021 to USD 400 billion by 2025. 

The above figure represents the future scope of the autonomous vehicles industry worldwide. However, the internationalization of AI-powered for self-driving vehicles manufacturing is an issue and hampering the growth of driverless automobiles across the world. Self-driving cars need to be programmed in a way that they should obey the traffic rules and regulations of countries where they launched. But, Geo-fencing is the best option to localize or internationalize self-driving vehicles in countries when their traffic rules are different from the programmed ones.

Along with self-driving cars, on the other side of the coin, AI technology is also adopting by automotive companies to bring automation across the design, production, and supply-chain operations. Further, the role of AI technology in the automobile sector is also widely accepted for the development of driver assistance, risk tracking and assessment, and insurance claiming systems.

Let’s have a look at other significant AI applications in the Automotive Industry.

Applications Of AI Technology In The Automotive Technology

AI For Automotive Manufacturing

Robotic Process Automation (RPA) is one of the most used AI technology by automotive manufacturers. Automobile companies are increasingly launching AI-powered robots across production units for streamlining manufacturing operations and ensuring high productivity.

From design and production to inventory management, supply chain, and post-production services, AI-powered robots will play a vital role in the auto-manufacturing industry in the years ahead.

AI For Driver Assistance

Besides Autonomous driving, AI technology is stretching its significance in monitoring vehicles performance, assisting drivers, and exploring driving insights by accessing sensor data stored in the cloud. Consequently, a mix of AI and predictive analytics is revolutionizing the automobile industry. 

“Tesla aimed to continuously update its AI software developed for driver assistance and autonomous driving to ensure passenger safety.” 

AI For Predictive Maintenance

AI-powered applications using the data collected by Internet-of-Things (IoT)-enabled sensors can predict the performance of various vehicle batteries and engines. Such insights would help the driver to know the vehicle condition and reduce the high maintenance costs.  

AI For Insurance Claiming

Once upon a time, I faced difficulty in claiming vehicle insurance. From approaching insurance providers, submitting documents and photos of damaged vehicle parts to verification and availing coverage is all a long and tiresome process.

But, with the evolution of AI technology, everything has become simple, digital, and hassle-free. AI-powered virtual or digital insurance apps help customers upload all documents and get avail insurance in minutes.  

Market Share Of AI by Application Type by 2020 to 2030

Based on the research reports on the autonomous vehicle market, we have found a few thought-provoking things about the share of AI technology by application type from 2020 to 2030.

Wrapping Up

Though the challenges in manufacturing self-driving vehicles exist, the evolution and usage of AI and ML in the automotive industry are incredible. The automotive industry has already observed advancements in autonomous vehicle manufacturing operations from the world’s top electric vehicle manufacturers like Tesla and Waymo.    

Hence, the popularity of AI in the automotive industry, specifically for self-driving cars, is expected to surge in the years ahead with multiple growth-reflecting factors such as reducing the burden of driving, automated traffic-free routing, personalized accessibility, accuracy in detecting objects, and finding safe routes.  

Also, Read How Artificial Intelligence Is Altering the Health Care Industry

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The range of features and functionalities you can find in an average car model released in the past five years is astounding. 

“With the advent of electric and self-driving cars, the landscape in the automotive industry has become even more diverse and interesting. ” 

In this article, we’ll discuss the impact of technology on the automotive industry, analyzing current trends and directions. 

Safety Improvements 

Technology has played a fundamental role in accident prevention over the years. Car safety features include advanced tech. Some examples are antilock brakes, traction control, electronic stability control, brake assist, forward-collision warning, automatic emergency braking, adaptive cruise control, blind-spot warning, lane-departure warning, backup camera, and tire pressure sensors. Together, all these tech features create a powerful accident prevention system that has made the roads safer. Thus, technology contributes directly to saving lives. 

Car Design 

Technology has changed not just how our cars behave but also how they look. Current high-tech car designs suggest that the interior will be dominated in the future by a central control panel.

Thus, a large screen will control all of the car’s driving functions and features. Cars of the future will probably look minimalistic, with a broad, low, and lightweight configuration. Exterior cameras and powerful headlights will give the modern car a more aggressive look. 

Increased Interest in Vintage Cars 

Because modern cars are heavily reliant on high-tech gadgets, many car enthusiasts show an increased interest in vintage cars. Although they lack advanced software, vintage models give drivers more independence behind the wheel and allow more customization. Implementing custom design ideas on a vintage car has a more powerful effect.

You can use engine enamel to give bolder colors to engine components or artistically decorate the interior with a new headliner. The mainstream preference for technologically advanced cars has thus given rise to nostalgia among car enthusiasts. The interest in vintage cars is unlikely to fade, no matter how much automotive technology continues to evolve. 

Energy-Efficiency and Low Emissions 

Technology is also a valuable tool in the automotive industry’s transition towards energy efficiency and lower carbon emissions. Automobiles are responsible for a massive percentage of urban pollution.

Moreover, the combustion of fossil fuels poses severe risks to the environment, affecting human health. Since more and more cars are being sold worldwide, this increase in affordability can also lead to an increase in pollution and environmental damage. The advent of new environmentally-friendly technologies has pushed the automotive industry towards adopting new growth strategies focused on hybrid and electric cars and alternate fuels.  

Autonomous Driving Technology 

Current tech trends suggest that autonomous driving technology will have the most significant impact on the automotive industry. By eliminating the need for a human driver, self-driving systems transform cars into independent software machines able to make decisions.

The cruise control system uses cameras, radars, and sensors to create an autonomous driving experience with minimal need for a human driver’s input or feedback. Currently, there are self-driving systems in different stages of development. The achievements so far suggest that autonomous driving technology will completely change the automotive industry.  

Key Takeaways 

Technological advances have made vehicles safer, smarter, and more energy-efficient. New cars are packed with high-tech gadgets and features that make driving more comfortable and intuitive.

Now, the automotive industry is facing more drastic changes due to the overwhelming interest in electric and hybrid cars. Since environmental protection has become a public concern, the automotive industry relies on technology for a smooth transition to eco-friendlier automobiles. 

As car concepts once considered futuristic are now closer to reality, many car enthusiasts return to vintage cars that feed their nostalgia and love for aesthetics and design. While some return to old classics, others eagerly await the mass production of self-driving, electric cars.

Major tech giants are investing in autonomous driving technology currently. Thus, there’s an increased competition between companies and brands to revolutionize our vehicles. 

Technology has brought significant improvements in all areas of our lives, including communications, education, health care, and transportation. When looking at the impact of technology on the automotive industry, it’s evident that we’re living in an era of significant changes. The cars of the future will be more powerful than we imagine thanks to artificial intelligence and other tech advancements. They’ll make our lives easier, keep us safer on the road, and provide us with a rewarding experience behind the wheel.

Also Read, AI-Powered Transport

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“There are various interesting technological innovations applied to the latest brands of bikes that are shaping the future of biking.” 

In this post, we consider 10 ways in which technology is transforming cycling!

Foldable Bikes

Nowadays, manufacturers are designing bikes that take your morning commutes to the next level. These bikes are not only lightweight but can be collapsed to a small size, enabling you to carry them into your office building or the metro. 

They are even fitted with an ergonomic handle to enable carrying them with one hand like a briefcase. 

Electronic Assistance

Hills are one of the biggest obstacles preventing potential riders from getting on a bike. But with electronic assistance offered by an e-bike’s motor, clearing hills and climbing slopes is now a walk in the park. 

The throttle allows you to get to the summit of the hill without lifting a muscle, ensuring that injured, obese, and even lazy individuals can ride get on quietkat bikes and cruise up a hill without worry.

Adjustable Lighting

Lighting on bikes has come a long way since the days of dynamos. Nowadays, you get bikes with smart lights that assess the environment you’re in and automatically adjust accordingly. 

They can tell whether you are riding in a foggy area, through a dark tunnel, or in the middle of the city. This is thanks to a programmable microcontroller that’s been integrated.

Unusual Protective Gear

Innovators are now coming up with alternative head safety gear that is more endearing to buyers than the boring traditional helmets. The Closca is an interesting invention from Sweden- a collapsible helmet that you can stow away inside your bag. 

This comes with a trendy design that looks like a giant collar when you wear it but pops out like an airbag when you get involved in an accident. 

Anti-theft Mechanisms

It’s possible to keep an eye on your bike all the time, even when it is miles away from you! This is possible because of smart gadgets BikeSpike, a tiny device that keeps track of your bike via GPS. 

It will send you a notification when your bike falls, jostles, or even moves an inch. In case you get involved in an accident while riding, it will send notifications to your emergency contacts for immediate help. 

Physical Gear Navigation

Forget about using apps and GPS to find your way around a new neighbourhood that you’re riding in. Nowadays, you get physical tools to guide your journey without distracting you from the road. 

The Hammerhead and CycleNav are tiny devices that affix to the handlebar and provide LED signals for directions. 

Biking Safety

Your safety while riding is enhanced by innovative LED lights that not only light the path ahead but also your body like a hologram, making you more visible to other road users at night. 

Revolights are a good example of smart lights that offer a unique forward light, as well as a practical brake light that flickers when you adjust your speed. 

Wearable Health Monitors

Wearable technology is on the rise across various industries, and this includes the world of biking. You can find several brands of heart monitors and alternative activity trackers offered by the market. 

One of the latest offerings is the LifeBEAM smart helmet. Aside from securing your head, this special helmet monitors vital indices like your calories, heart rate, as well as overall performance. 

Smart Bikes

You may not be in a position to see this technological upgrade, but it has greatly transformed the application of bikes. Smart bikes are fitted with minute monitoring devices on the frame that wirelessly transmits performance and physiological data such as power output, heart rate speed, frame behaviour, pedal pressure, etc. 

This is achieved through printing the small devices with graphene then implanting them in plastic matrices.

Pedals That Make Cycling More Efficient

A company based in Slovenia called Cycle-Science is designing pedals that can assess how effective your pedalling is on an e-bike. These are lined with sensors to measure the total force applied when you pedal, and how much of it is relayed to the cranks. 

Through this, you get to know how much wattage you waste as you pedal, helping you to adjust for better efficiency.

Final Thought

There is no limit to the kind of innovations you can find in the current crop of bicycles. Designers and innovators are working day and night to enhance your biking experience and make it more practical. 

The above innovations paint a slight picture of what you can expect from bikes of the future!

Also Read Route Planning Software for Delivery Services

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“Instead of designing an object from scratch, reverse engineering is precisely the opposite.”

From the end product engineers work their way to the minutest detail in order to be able to create blueprints and then detailed plans that allow for the production of reverse-engineered objects.

The most important part of this complex and difficult process is that it lets you determine how a certain part was designed. And with that knowledge it is later possible to recreate that part, making it as close to the original as possible. Reverse engineering, however, comes with one disadvantage.

Most objects undergoing this procedure are going to be so complex that the initial cost of the whole process is likely to exceed the price of a new component or that of a different model. Fortunately, once a spare part has been reverse-engineered and a digital copy of the original design is available for a 3D printer, it can be used to make any number of that component.

In the case of additive manufacturing or 3D printing, reverse engineering is an excellent way of providing plans for objects for which those parts are unavailable. Printers, in turn, rely on very precise information in the form of measurements, to be able to create the end product of satisfactory quality.

Various materials used in additive manufacturing allow for a wide spectrum of implementations of this technique. First models of 3D printers were only able to use polymer filaments that were not very durable, and the ready products were not particularly precise so they were mostly used for creating prototypes. In recent years, however, the development of new techniques made it possible to use metals and ceramics as additive manufacturing materials. New printers are also able to use more than one material for a single project, which further widens the scope of their applications.

A clear necessity for reverse engineering of spare parts that are then manufactured with the use of 3D printers is obvious in the automotive industry. Parts that have been discontinued or are very difficult to find can be recreated in a short time, ensuring customers’ satisfaction. Those techniques can also be used in case a custom-designed or modified part is needed. CAD image, the result of a 3D scan, can be used as a base for an upgrade, according to necessity.

Modern-day additive manufacturing allows for a very high level of precision that is required to recreate elements such as interior accessories, housings and mounting brackets, as well as bezels, moulding and even heat resistant parts. It is clear to see that very soon scanning equipment and 3D printing will become a standard in professional garages.

Automotive Industry Embraces the Change

The automotive industry is a great example of how corporations can embrace the latest technologies and use them for their advantage. Early adoption of additive manufacturing was limited to prototyping technologies. However, with the continuous improvements in car technologies and materials used in production, the automotive industry is gradually moving towards increased use of 3D printing.

And while prototyping is still largely done with additive manufacturing, the emphasis is now also put on serial production processes. 3D printing has great potential also when it comes to aftersales and spare parts. Production on demand in this field would greatly reduce spendings for maintaining large quantities of spare parts held in enormous storage spaces.

Key features of additive manufacturing combined with reverse engineering within the automotive industry are:

• the ability of an on-demand production of spare parts that can contribute to substantial savings due to a lesser need for storage space and producing only those parts that are in demand,
• less-expensive mid-series production is now available and easier than ever,
• customized productions, with design tailored to specific customers’ needs
• fast and easy introduction of new designs without the need for changes to production infrastructure, as the same printer can produce a virtually unlimited number of different designs,
• fast prototyping available at a low price, making troubleshooting before production much easier than before.

Additive manufacturing allows for the ability for each object to be produced according to individual requirements. The same printer can make various versions of design with just a different digital plan, with no additional process cost. 3D printing is also great when it comes to making very complicated designs. Until recently some shapes were virtually impossible to produce due to their complex shape or came with a substantial price tag. The development of additive manufacturing allowed for a significant improvement not only in shapes.

“New 3D printers can also use durable and lightweight materials that are very sought-after by companies from the aerospace industry.”

There are various reasons why reverse engineering is a brilliant idea in the automotive industry today. It can solve multiple problems, such as when a product is no longer produced due to being discontinued or due to a manufacturer no longer existing, or when product’s documentation is no longer available, for example, if it gets lost or destroyed. 

Apart from that, reverse engineering can be very helpful in the case of analysing the advantages and disadvantages of a design in order to improve its features. It can also be very useful when an old digital model no longer has a potential for modifications or doesn’t support the latest manufacturing techniques. This technique also allows for capturing material properties of a part that is being reverse-engineered.

Another important factor behind the success of additive manufacturing in the automotive industry is the fact that this process is completely tool-less. Until recently, the specialist tool had to be available before starting production, they were usually expensive and prone to failures. 3D printers require no additional tools, even for the most complex designs. As long as the object’s size isn’t too big for the print bed and there is enough material available, one printer is enough to produce just about anything.

Due to recent changes in weather patterns combined with pollution, ecological awareness means that people are now more than ever looking at whether technology is environmentally friendly. Additive manufacturing is an important part of a strive toward a cleaner and more energy-efficient world. 3D printers produce very little waste and improved, more durable materials used for production mean reduced carbon footprint, a great advantage over traditionally manufactured products nowadays. This is extremely important in the automotive industry, where a strain is put on continuous efforts to minimise damage to the environment, not only by means of introducing greener engines.

Wrapping up

There is little doubt that additive manufacturing combined with reverse engineering is the way to go for various industries, especially for the ever-demanding automotive market. Those promising, cutting-edge technologies are a perfect way to satisfy customers’ needs for both old designs, which are extremely hard and expensive to buy, and new, tailored printed-on-demand parts of the finest quality.

As scanning techniques are becoming more precise and 3D printing introduces simultaneous use of multiple materials, the future for those combinations seems to be brighter than ever before.

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“This love has fared quite well for the automobile sector. According to Statista, ‘Global car sales are likely to exceed 74 million units by the end of 2020.’ “

If you think of yourself as an automobile enthusiast, here are the top car shows in 2020 you should look out for

North American International Auto Show

When it comes to car shows in the US, the most popular one is the ‘North American International Auto Show.’ Every year, it is held at the Cobo Center, situated in Detroit, Michigan. The two-week-long show features multiple exhibitions in which manufacturers unveil their new models.

The two-week itinerary generally includes Press Preview, The Gallery, Industry Preview, Auto-Mobili-D, Charity Preview, and Public Show. The order and depth of each segment vary every year.

For instance, you are likely to find AI-driven vehicles, the latest concepts, and untraditional innovations in the show. While previously, the show was not open for the general public, in 2020, the car show is mixing things up.

It has been announced that the last eight days of the show will be completely open for the general public.

British Mini Day

Conducted in the Himley Hall, Staffordshire, British Mini Day is considered to be a premier event in the country. The show features a wide variety of mini cars. Some even date back to 1959. If you’re an automobile enthusiast who also loves history, this show is a must to attend for you.

It not only features various makes and models of cars, but also includes parts and accessories of different minis, clothing, cleaning products, and collectible models. The car show also allows the buying and selling of minis, which makes it more of an attraction for car lovers.

If, during your visit, you develop a likeness for a certain vehicle, and are thinking about where you can get them, then let us tell you that most of the vehicles exhibited here are available at automobile dealerships across the UK. Dealerships like Saxton 4 x 4 can be your best bet to find your desired car.

Los Angeles Auto Show

Towards the end of 2019, the Los Angeles Auto Show ended with a bang and left car enthusiasts wanting more. The auto show promises to come back this year with more astonishing events.

The event launches in two parts. Firstly, it opens to industry stakeholders, ranging from automakers and tech companies to media people and designers. Later on, the auto show is opened for the public.

Since the first show in 1907, this car show has been consistently taking place, year after year, on an area of over 1,000,000 square feet in Los Angeles. Car enthusiasts can find both new models and custom vehicles in this auto show.

International Automobile-Ausstellung (IAA)

Have trouble pronouncing the name? Well, it surely is a tongue twister if you aren’t fluent in German. IAA is more famously known as the Frankfurt Motor Show. It is one of the largest motor shows, of its scale, across the globe.

Every year, IAA comes up with a distinct theme that the entire exhibition is then molded around. For instance, previously, the auto show has focused on electric mobility, urban logistics, and digitalization. Additionally, there are four formats prevalent in IAA. It includes the IAA Experience, Exhibition, Career, and Conference.

You won’t find all types of vehicles every year in the exhibition. The auto show caters to the need of all the people in a unique way. Passenger vehicles are exclusively showcased during odd-numbered years, while commercial vehicles are only limited to even-numbered years.

It allows the auto show to exhibit a wide range of vehicles within the category. This ranges from classics to alternative drive technology.

Tokyo Motor Show

Recognized by Organisation Internationale des Constructeurs d’Automobiles, or OICA, the Tokyo Motor Show is one of the major international car shows that is hosted by the Japan Automobile Manufacturer Association.

The event was a massive success in 2019. The 46th edition of the auto show witnessed a turnout of over 1.3 million visitors. The focus of the exhibition was on the future of mobility. Each year, the theme for the show differs, and the same is to be expected in 2020.

Tokyo Motor Show has always attracted some of the top auto manufacturers as well as car aficionados. 2020 is likely to witness the same kind of participation and enthusiasm.

With a focus on the future of mobility, the theme for this year’s show was Open Future.

Geneva International Motor Show

Bentley. Porsche. Rolls Royce… the list goes on, and car lovers keep drooling. To get all of these luxury cars under one roof, you must attend the Geneva International Motor Show. A wide variety of luxury brands release their newest available models during the event. It includes Audi, BMW, Aston Martin, Bentley, and Bugatti.

The auto show also includes a tech segment that offers futuristic ideas so that both technology specialists and innovators can explore new concepts of mobility and technology. Initially, the motor show was set to happen in 2020, but now it is postponed until 2021. 

Chicago Auto Show

The first Chicago Auto Show was held in 1901. Since then, the number of visitors going to this auto show has only increased. 2020 will mark its 112th edition.

McCormick Palace, Chicago, hosts this auto show. It covers approximately 1 million square feet area. Rather than just showcasing different vehicles to people, the show also allows visitors to test-drive cars on the available indoor tracks and outdoor drive routes.

The fact that the auto show has an affordable ticket price makes it a popular choice for many car enthusiasts.

Ending Remarks

Depending on where you reside and how mobile you are, decide which auto show you wish to visit. Regardless of which ones you do, for a car enthusiast, it surely will be an experience of a lifetime. 

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