Composition

An alloy is a mixture of metals that is stronger than any of the metals and when used on an automobile, the alloy acts as a stronger support to the general structure of the vehicle. This also makes it easier to move over hard ground and terrain that is cracking without getting stuck and the vehicle will earn you longer service life.  If one is getting ready for a rough journey that will take many days in remote areas that have no living settlements nearby, the alloy wheels will last longer and provide better service as compared with ordinary wheels.

Strength

Alloy wheels are much stronger and will last longer owing to their inability to rust or fall into pieces. They are not affected by the elements of the weather and getting wet does not cause them to rust which means you get a better service out of the alloy wheels. Breaking down in the middle of your journey in order to get a wheel replaced delays you from reaching the desired destination and makes it harder to make progress.   Wheels that are strong are preferred in automotive for their strong nature and the very fact that they will rarely disappoint. A driver that is used to normal kind of wheels will find it easy to travel for more hours and cover much more distance when their wheels are strong and firm enough to support all that rough terrain, curves, and hills along the way.

Appearance

They are also much brighter in appearances and bring about a glowing appearance to the overall look and feel of your automobile. Making the correct impression with a strong wheel is the best feeling you will ever get and it will leave a smile on the faces of all that observe you going by in your upgraded vehicle.  In short, alloy wheels are a creative industrial invention and used in replacing vehicle components whenever they need to get beefed up for covering great distances. They are strong and very firm on the vehicle thus holding it together and also allows it to travel in all kinds of conditions without the worry of replacing a wheel or stopping mid-journey.

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Invisible repairs can actually be done to restoring both unobstructed view and strength to your windshield. The following are the steps to show how windshield repair works: Evaluation of damage is the first step to repairing windshields. The chip and cracks need to be examined to know the depth and the size. Mostly, the resin can help you fix most of the windshield problems. However, it is also to be kept in mind that the type of solution works only when the fracture is on the top layer of the glass. Two layers of glasses compose the modern windshields, with a rubber membrane in between laminated. The chip can actually work up to two layers, so in case you have both the layers of the glass damaged, it will be difficult to be fixed. Make sure the damage is placed in a layer, wherein, the rubber membrane can only resolve issues related to the first layer of the windshield.

Some cracks around the perimeter can be pretty impossible to correct. So one has to make sure the damage is done to a repairable place. The fix is actually relatively easy, once you have determined the cause of the damage to the glass; and how exactly can they be repaired. An approximate time of 30 minutes, can give you both simple and affordable solutions to your windshield chip repairs. With a special kind of resin which ensures a smooth finish repair the damage completely.

Most auto-glass shops can come to you with the most convenient auto-glass repair options. The resin actually cures in sunlight, and the special tools that are required to be applied to them are portable. So, one does not actually have to take the car to a drive to get it fixed. Technicians can actually be sent to you in your driveway or at your workspace. While driving, you have to keep yourself in complete safety and to be safe, you need a proper restoration of the windscreen.

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Steel
Steel is the most common material used in car bodies due to its chemical, thermal and mechanical resistance. It is easy to manufacture and also durable. Modern steel is more light, stiff and robust making it a top choice. Currently, high-strength, low-alloy steels are being used due to their effectiveness. The main reason for using steel in car exteriors is its ability to absorb impact energy during crashes.

Aluminum
Aluminum is a very light material and therefore using it car bodies reduces the weight of the car. It also has low density and high impact energy absorption. It is resistant to corrosion and has good strength. The main disadvantage of aluminum is its cost and price instability.

Magnesium
Magnesium is commonly used in automotive engineering because it’s a lighter material. The main advantage of its usability is its fast solidification, durability, and better manufacturability. Despite having the physical/mechanical disadvantage that requires advanced design to be applied in automotive, the lower tensile, creep, and fatigue strength enhances the suitability of this material. Consequently, the hardness and modulus of magnesium alloys are much lower while the thermal expansion has a higher coefficient.

Advance composite material
A composite material is made up of reinforced fiber that is significant in the automotive industry. Perhaps it acts as weigh saver due to low density. The design employed is ensured that it optimizes the material usage by providing fiber that withstands the stress.

Glass-fiber composites
The lighter characteristic feature of these materials makes it efficient in shaping and rust-proofing. The production cost of small quantity cost is arbitrary low. Thus, glass fiber is mostly used in manufacturing sports cars. The type of materials used in car exteriors should be safe, durable and affordable.

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Tesla advancements have improved throughout the years ensuring its company clients get new automotive technology year in and year out. Tesla Inc, a leading automotive company specializes in the manufacture, design, development of electric vehicles. The company was established in the year 2003 by Jeffrey B. Straubel, Martin Eberhard, Elon Reeve Musk and Marc Tarpenning. The company has its headquarters based in Palo Alto,CA.

The recent years has seen Tesla Inc achieve major milestones being one of the young automotive companies in the electric vehicles scene. With the growth of the company, Tesla advancements have been quite consistent and the technology integrated with Tesla advancements has been nothing short of impressive.

Tesla advancements in October 2015 was one of those instances when the company brought a unique yet appealing technology when they released their first auto pilot. The technology was well received by the masses, however there was a major concern where people were carried away; taking their hands off the wheel, but the company was quick to warn its clients against that. Tesla has seen the firm earn a name in the automotive industry when it was ranked as the Most Innovative Brand in the US in the year 2017.

Tesla has its Innovators, scientists and researchers in the firm looking towards making eco-friendly, designs and technologies to sustain the environment. Tesla advancements in 2018 will include high performance batteries, mega charger stations and Electric Trucks. The company has however not announced when these inventions will be launched. Tesla Inc has proved to be quite an innovative company and its innovations are a clear indicator that the company is here to stay.

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Let’s look at the benefits of proper and regular tire rotation. Regular rotating of the front and rear tires compensate for the wear of each tire. If you do not turn your tires regularly, you will find that the overall performance of the vehicle on the pump is deteriorating. Effective flushing of money into the drain just because no regular maintenance is done.

In addition, the suspension and the way your vehicle is aligned play an important role in how your tires wear out under normal day-to-day conditions. Certain suspension types lead to different tugs and pull on your tires as you brake and accelerate. Routine tire rotation compensates for the effects of the suspension of your vehicle on the tires.

Another advantage is that regular tire rotation makes driving more enjoyable. Car rotation helps your car improve on the responsiveness and performance in unfriendly driving conditions such as flash floods, lots of potholes and high winds. Even the slightest delay in sudden turning or fast braking can be the difference between life and death. You command a heavy machine to keep you and your loved ones safe. It is important to treat it with the respect it deserves. The research behind slower reaction times on worn tires is massive. It is not a risk that is worth taking.

You’ll find that with regular tire rotations you do not have to put in a lot of effort while steering the wheel. The car responds better and seems to follow your command. You’ve heard the phrase “it corners like it’s on rails.” Well, let’s not try that – but the key here is that your car seems to respond to every whim and turn effortlessly.

The regular tire rotation extends the life of your tires and thus saves money in the long run. Having reviewed the benefits of this important activity do it regularly since this means driving your car safely and with a lot of pleasure.

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The auto repair industry is unique in that an economic downturn can actually spur business. Because car owners will tend to defer buying new cars, the older cars will get to see more independent repair shops, body and mechanical, to keep them running smoothly and on the road.

You don’t need a lot of imagination to realize that these older cars need more care than the much newer ones. With millions of cars and trucks on the road, logic dictates that these vehicles will sooner or later require mechanical, electrical or auto body repair. What this means for people interested in a job in the auto repair industry is that there will be jobs available. In fact, demand for collision repair technicians is predicted to grow at a rate two per cent higher than average, compared to other occupations. And this increased employment will be found not in automotive dealerships but it dedicated auto body repair shops.

As in any other industry, old, experienced hands will move out due to retirement and replacements will have to be found. But with today’s cars being made up of sophisticated technologies, traditional skill sets are not an assured path for getting a job. Like it or not, anybody wanting to repair cars has to involve his or herself in a training program that will teach important skills in electronics, powertrains and body repair.

If you think that today’s crashed cars can be heated and hammered to make them roadworthy once again, think again. Today’s exotic alloys and composites demand a knowledge well beyond welding and hammering. But such knowledge is available to anyone willing to update themselves on the latest automotive technologies. Armed with the proper certifications, a job seeker should not find it too difficult to find employment that is both financially and professionally rewarding.

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1. IoT is sparking the evolution of connected cars.
Connected devices in general and IoT are making their way up into the automotive segment. It’s anticipated that connected cars will step out of developing obscurity to become a significant personal element to be connected to the internet. Although the technology in itself is not new, the rate of adoption of connected vehicles will rise bit by bit over the next few years.

2. Cloud-powered cars
The use of cloud technology is a major upcoming trend in cars. Cloud facilitates scaling of various services and process, from operation and design to servicing of physical components, therefore, eliminating any scope of waste and reducing costs. Hence, for 2018 and beyond, the automotive industry will take more determined steps to assimilate their design and engineering work with the cloud.

3. Better pricing with blockchain proficiencies.
Dealing with counterfeit parts is a major challenge for the car industry. The emergency of blockchain and its capabilities is setting up the stage to rectify this problem. Blockchain will bring transparency into the system and enhance the overall pricing strategies by facilitating the ways of identifying and removing counterfeit parts. In fact, experts in the industry believe that blockchain will, in due course, introduce fair pricing in the car market.

4. Electric cars – Doing away with the automotive effect on the environment.
Sales for electric cars have reached about 10 million units since 2016. The major push for the production of electric cars is the decreasing reservoir of non- renewable energy sources. The sale for electric cars in 2018 is expected to reach 12% and 5% in the U.S and U.K markets respectively.

5. Driverless autonomous vehicles
Autonomous vehicles are definitely an upcoming trend in cars. With benefits such as enhanced traffic management, reduced accidents, and enhanced passenger comfort, the driverless vehicle is most likely the highlight of future automotive technology.

6. 3D Printing – evolving automotive manufacturing process
As a result of the cost-effective nature and safety benefits of 3D printed cars, various manufacturers are considering investing on this method. The consumers will also benefit from reduced prices as a result of low production costs. Therefore, 3D printing will surely change the face of automotive manufacturing.

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1. Steel
Steel is undoubtedly the most common material used in car manufacturing. Almost every model is designed with some steel simply because it is cheap, strong, readily available, and easy to work. Generally, you can find this steel in parts like brakes, engine, exhaust, wheels, chassis, and roof.

Steel is available in a variety of grades with the lightness increasing proportionately with the expense of making the parts and producing the material. Therefore, car-makers will often utilize more than one kind of steel during the production process – prioritizing better steel where they need more reinforcement.

2. Aluminum
Another common metal in the automotive industry is aluminum, which is much stronger and lighter than steel. More importantly, it is completely rust resistant. The downside of aluminum, however, is that it is often much harder to work with and more expensive than steel. Thus, you won’t often see it on cheaper models. Audi and Jaguar are the two manufacturers that are associated with aluminum-constructed cars.

3. Magnesium
Magnesium gained its popularity as an auto manufacturing material in the 1970s. It is basically easier to work with than aluminum, as well as stronger and lighter than steel, which provides a great middle-ground between carbon fiber and steel.

4. Iron
Iron is also a common option to build cars. However, this metal was widely used in the past when it was still difficult to find other materials with better qualities and prices. Nowadays, iron has been utilized less in contemporary models mainly because it is relatively heavy and difficult to work with. That being said, its weight often comes to a great durability, which is the reason why it still used for some engine parts.

5. Titanium
Titanium is basically an exotic material which is extremely lightweight, strong, and resistant to corrosion from weathering saltwater and chemical. It is hard to manufacture this metal, so it is often used sparingly in sports exhaust systems of high-end models. Compared to metals with the same density, titanium comes with the highest strength, making it an ideal option for reducing the overall weight and creating a tougher part in luxurious cars like Porsche.

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1. Security for Drivers Without Insurance
A recent study found that over 14% of drivers don’t have auto insurance. If you have good insurance with coverage for uninsured motorists, then an accident caused by this type of driver will be covered by your plan. This can save you quite a bit of money out of pocket for only a small increase in your insurance premium, making it worth it.

2. Limits That Cover Everything
With higher limits on your insurance plan, you won’t have to worry about paying out of pocket on an accident that causes considerable damage. For example, if your collision coverage only went up to $10,000 but your car and the other car cost $25,000 to repair, you’d be left covering those expenses on your own.

3. Rental Car Coverage
Good insurance plans will provide you with a car rental while yours is being repaired. This can help you avoid missing work while keeping your schedule on track. Without this, you’d have to pay for a car rental out of your own pocket.

4. Peace of Mind
When you have good insurance, you will be able to drive with peace of mind knowing you’re covered for any potential accidents on the road. This can allow you to relax and drive with confidence knowing you’re financially protected. If an accident does occur, you’ll be able to have repairs done right away.

5. Less Stress
Getting into an accident can be stressful, even if it wasn’t your fault. A good insurance plan can help reduce that stress by paying for car repairs, a rental car, medical bills, and more. Many plans can even help you fight lawsuits stemming from accidents.

6. Reliable Protection
With great insurance, you will have financial protection in the event of any type of accident. This makes the minimal cost of upgrading more than worth it. After all, you can never anticipate what’s going to to happen on the road. It’s always better to protect yourself in advance with higher limits, additional coverage, and a quality plan you can rely on.

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Here are the three biggest areas of difference between gas versus electric cars.

Cost
Let’s get the financial aspect out of the way first. Nowadays, there are electric cars available for the price of a high-end vehicle such as a BMW or Mercedes. In the long run, choosing an electric vehicle can lead to significant long term monetary savings; a 2018 study showed that the average cost to operate an electric vehicle in the US was only 40% of that of a gas-powered car.

While electric charging might be cheaper, electric vehicles have a shorter range of miles before needing to be topped up: an average of 75 miles compared to gas vehicle’s 250. However, on average, most people drive around 30 miles a day, so this shouldn’t be a major point of differentiation.

Environment
Everyone knows that electric cars are far better for the environment, but exactly by how much? Studies have shown that electric cars have benefits in three different areas. Firstly, less pollution; due to the zero-tailpipe emission the local air becomes cleaner, which has a broad range of positive consequences for the neighborhood. The fewer greenhouse gas emissions are so much better for the ozone layer, slowing down the rate of global warming.
You can reduce your carbon footprint even further by using renewable energy, like solar panels, to recharge your electric car. Finally, car manufacturers are striving to use more eco-friendly production methods and materials for its electric vehicle range.

Variety
When it comes to a variety of models with gas versus electric cars, the traditional gas wins with no doubt. There are currently only around thirty purely electric models of car, although many manufacturers are producing hybrid gas-electric models also.

There are an innumerable number of traditional gasoline cars available due to their century-long head start over their electric alternatives. All car manufacturers have several models, each coming with different customization options.

However, the electric vehicle market is growing, with Volvo recently announcing that they are moving away from combustion engine vehicles, phasing them out by 2019. Other leading manufacturers have followed suit, with BMW, Jaguar/Land Rover, and Volkswagen all making announcements to greatly expand their electric vehicle ranges.

Overall
There is a definite shift away from gas vehicles towards electric cars. All over the world, people are becoming more and more aware of the environmental consequences of their actions and car manufacturers are scrambling to keep up with the shifting trend. However, for the next few years at least, traditional gasoline cars are going to stick around.

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