Monthly Archives: January 2018

The History and the Types of Automotive

The automotive industries were dated back to the early 19th centuries, and it has prospered until right now in our communities. Most cars in the 19th century uses simple types of a combustion engine that laid the foundation for the development of the engine we see today. However, the fuel sources of both engines that are used to propel the cars remain the same (as long as they are used to powered an internal combustion engine). In today’s society, we mainly see cars that have a combustion engine uses pure gasoline. However, they are many types of gasoline from leaded to unleaded fuel and from octane ratings rated at 87, 89, and 91.

The invention of pure gasoline (not to be confused with Diesel) dated back to the Gilded age with the distillation of oil to kerosene. At first, there was no used for gasoline because cars were not invented and most transportation uses steam as its sources of energy. Therefore, it was discarded. Gasoline finally became a valuable commodity, with the introduction of Henry Ford’s affordable car in the 1920s known as the “Model T.” As time progresses, we saw an improvement in refining gasoline and creating a purer fuel that would make cars go faster. Increasing the purity of gasoline meant that the octane level must be increased, so lead was added to improve engine performance. The Octane rating tells us how much air and fuel mixture can be compressed before being ignited. The higher the octane, the more compression the fuel can withstand before detonating. However, leaded fuel was bad for the environment, so there was another development that leads to unleaded fuel.

Unleaded gasoline was introduced in the 1970s when health problems from lead increased. Unleaded gasoline also guaranteed the conditions of important engine parts like the intake valves and fuel injectors; that would help improve fuel economy and performance. In today’s gas filling stations, we will see that the stations are required to carry Unleaded benzene gas. The octane rating of the gas we commonly see is 87, 89, and 91. The most standard unleaded fuel are rated at 87 octanes. It was designed for most normal cars that doesn’t require much power, but it is still powerful for small cars on the road today. 89 octane stands in a higher tier than 87, but still could not compete with 91. It has a faster ignition capability that is suited for some small sports cars, like those made in Japan and America.

The King of the Hill that beats all consumer-grade fuel is 91. Octane 91 is the premium grade unleaded fuel that meet the demands of some of the today’s most advanced engines. It has an octane level of 93, but it is blended with an octane level of 91. We can see that the most demanding European cars and supercars are required to refuel with this type of fuel, in order to achieve full performance.

Volkswagen Automotive Legends

VW Golf GTI do you have one?

Over the years the Golf GTI has changed its shape many times, but has it improved or could the car worse nowadays?

The newest Golf has 3 different models you have the GTI, GTD, and the R I would personally buy the GTI I have always preferred the shape of the GTI and its still a great looking car the newest Golf GTI has a selection of two different engines for you to choose from the TSI petrol 6 speed manual gearbox or you can get exactly the same engine but with the DSG auto gearbox.

Petrol engine stats:

• Maximum Speed: 149 mph

• Torque: 207 lbs.ft

• Acceleration (0-62mph): 6.9 seconds

• MPG Urban: 28.2

So you can all agree that the Golf engine has some decent numbers but the question is will it really do the job when it is on the road.

Inside the Golf you can have the choice of leather or material id say a lot of people will go for leather just because it makes the car so much better for looks and when you try to sell it.

When you think of Volkswagen you will most likely think of the classic beetle since it is the car that really introduced the Volkswagen logo around the world. The first Volkswagen car was designed in 1934 by Ferdinand Porsche as a method of cheap reliable transport. Through the years VW have become a global force in the manufacturing sector getting bigger and bigger with every new design. Not to long after the beetle had been created and unveiled the Golf was released. The first generation of Golf or the rabbit as it was called by the Americans was launched in 1975 and was stopped in 1984. Through the years the Golf has gone from the original square body shape and gradually over the years become streamlined and round the first Volkswagen rabbit GTI was a very square body compared to the new golf introduced in 2006. Through the years the Golf has been fitted with a bigger engine but in addition has gained more weight the biggest engine that Volkswagen released in the Golf was the impressive Golf R32 with the 3.2 V6 engine in the front. The R32 is the most powerful of the whole Golf range because it is 4wd and it has 237BHP which isn’t that great for a V6 I would have expected a lot more from Volkswagen.

I think the car that Volkswagen could be most pleased with must be the Bugatti Veyron with the unbelievable 16.4 litre engine with 1001BHP and reaching an incredible 250MPH there are only a handful of Veyron’s and several different types that were made by Bugatti the only real difference with the other models was mainly the inside detail and different wheels other then that they could not do much more to make the car distinct.

Romer Changes Automotive Industry

Many companies benefit from various Romer products including those involved in the manufacture of furniture, sheet metal and molded plastics, as well as those involved in shipbuilding, product designs, heavy equipment and even aerospace among others.

Romer continues to have an impact in all of these industries especially the automotive industry which is regularly reliant on reverse engineering, 3D scanning and products development. This is an industry that maintains its competitiveness by coming out with innovative products that pass rigorous quality control.

And when one speaks of quality control, one can only think of flexible quality control and inspection tools like the portable arm coordinating measuring machines from Romer.

Romer is a corporation with company headquarters located in Michigan’s Hexagon Metrology Precision Center. It is well-known for manufacturing dependable and innovative products that respond to the necessities of general engineering industries, particularly the heavy equipment and automotive industries.

The automotive industry has become so competitive that companies need to produce highly innovative products in a short period of time. Otherwise, it gets left behind by other companies that can easily come up with shorter production runs.

Companies producing cars have learned from experience that there is a way to improve their productivity and their product quality. With Romer’s products, automotive companies can decrease ramp up times and reduce part rejections, thus improving production efficiency and decreasing losses.

Romer for the Motor Sport Industry

The automotive industry is far-reaching but one of the most notable and popular sectors is motor sport. This sector considers Dekra, which is the German Touring Car Masters’ official technical partner, one of the leading professional organizations in the world.

With more than 22,000 employees and active involvement in over 50 countries worldwide, Dekra relies on Romer’s measuring arm to ensure quality and long-term safety in the field of motor sport. One very significant Romer instrument in the racetrack is the portable Romer CMM.

Racing enthusiasts watching the DTM racing weekends will usually find Volker Noeske and Wolfgang Dammert of the Dekra Team in the circuits, to make sure that everything is according to regulations, including the weight of every vehicle and driver. They are of course armed with the Romer Infinite 2.0 measuring arm for the dimensional checks.

With the low weight of the Romer arm, it has become very handy and portable equipment for the race. It is thus not surprising that since the 2010 season, it has been used at every DTM race the world over.

Romer for Heavy Machinery

Romer measuring arms are also an integral part in Ausa’s operations, which is very significant considering that it is the biggest manufacturer of all-terrain forklifts, dumpers and concrete mixers in the world.

Ausa is a multinational company with a 64,000 square meter headquarters and production plant in Barcelona, and with subsidiaries in Florida, China, Germany, United Kingdom, France and Madrid. Ausa has a wide reach as its products are marketed by 225 distributors in more than 70 countries.

The company has enhanced its production and is relying on Romer’s measuring arm to make its production line more efficient.

Romer’s measuring arms and other products are certainly heaven-sent for the automobile industry, especially for companies that want to maintain its competitiveness the world over.

Jobs For the Future

If you are interested in cars, you should check out jobs for the future in the automobile industry. With unemployment rates reaching all time highs, job security has become a priority for many individuals. The Automotive service industry has a variety of opportunities for those interested in a hands-on, service-oriented career. The right training is essential, however, and prospects are prizewinning for those who have completed a technical degree. The automotive industry is becoming increasingly sophisticated and technological, so proper training is important.

The automotive industry offers jobs that appeal to a wide range of interests, and options for development abound for those with the right training. Jobs in the automotive industry range from hands-on assist technicians to management positions. There are also opportunities for individuals to specialize in a specific area such as Paintless Dent Repair, Detailing, Engine Repair, or Customer Service. This list can go on and on.

One promising area of specialization in the automotive industry is in diesel engine repair and service. The Department of Labor reports that diesel engine technicians held a large number of jobs and are expected to grow through 2016. Usage of diesel engine vehicles is rising steadily, as more trucks and buses are utilized to ship freight across the country. And experts predict that the rising ingest of diesel engines in buses, trucks and increasingly, passenger vehicles, module render new jobs in the field. Another area that offers a whole new distinction of impact in moving sales and assists is the huge growth of alternative render vehicles. Faced with incredible pressure to reduce dependence on gas and reduce emissions, most automobile producers are today on a fast track to offer electric cars and hybrids. Alternative render vehicles open up a whole new area of automotive jobs. For those graduates who hit had the proper training in hybrid engine maintenance, electric cars can offer enthusiastic career opportunities and long-term job security.