SKODA

The design of a car starting at safety factors, which influence the design of a car

SKODA: INTERIOR

Comfort is not only located in the interior, but the safety of the car

LAND ROVER

People say not to assess the external, but judging from the internal, but if you select both Land Rover is the answer

LAND ROVER INTERIOR

The price of a car lies not only in an attractive design improvement, it involves the factor comfort and safety features on the car

Prev Next

Showing posts with label automotive. Show all posts

A Post Without Image

Anti-Lock Brakes

Most vehicles today are available with anti-lock brake systems (ABS). If anti-lock brakes do not come standard on the SUV you intend to buy, be sure to choose ABS as an option. While ABS does not generally help a vehicle stop quicker than conventional brakes do on dry pavement, it has two distinct advantages. First, and most importantly, ABS allows you to steer your vehicle under full braking power. This is because ABS pumps the brakes many times per second (much faster than a human can), preventing wheel lockup and helping to maintain steering control. That means when that car suddenly stops in front of you, you can brake hard and still steer over to the shoulder if you won't stop fast enough to avoid an accident. In these instances, ABS can be the difference between a fender-bender and a close call.
ABS can help you stop quicker on slippery pavement. Porsche invited Consumer Guide to Barber Motorsports Park in Birmingham, Alabama, for an SUV safety driving program. In simulated icy conditions at the Porsche program, an ABS-equipped vehicle stopped in a reasonable distance. With the ABS deactivated, our test Porsche Cayenne continued to skid for a distance that would have been at least twice as far as the ABS-equipped vehicle. In fact, it wasn't until the Cayenne left the simulated icy surface and got onto a wet asphalt surface that it had any grip at all. A well-trained driver may be able to pump the brakes and prevent a skid, thus stopping quicker. However, most drivers press the brake pedal in an emergency situation, making ABS the better choice.

A Post Without Image

SUV Safety


Introduction

On January 23, 2000, Derrick Thomas, nine-time Pro Bowl linebacker for the Kansas City Chiefs, was paralyzed in a single-car accident in Kansas City, Missouri. Thomas lost control of his 1999 Chevy Suburban on an ice- and snow-covered highway and rolled the vehicle. Neither Thomas and nor his friend Michael D. Tellis were wearing their seatbelts, and both were thrown from the vehicle. Tellis was pronounced dead at the scene, and Thomas died two weeks later on February 8 when he suffered a pulmonary embolism. A third passenger, John C. Hagebusch, suffered only minor injuries. Hagebusch was the only passenger wearing his seatbelt.
Thomas' mother filed suit against General Motors for wrongful death, claiming design flaws in the Suburban caused the accident. In 2004, a jury ruled that Thomas' family was not entitled to any money from GM as a result of the accident. Reports indicate Thomas was weaving in and out of traffic and driving too fast for the snowy conditions. Couple those poor decisions with the fact that he wasn't wearing a seatbelt, and it appears that the jury made a wise decision.
In this article, we'll look at the safety reputations of SUVs, find out what safety features to look for when purchasing an SUV and get some SUV driving tips.
Car Safety Pictures




A Post Without Image

Range Rover Crash Test Video




A Post Without Image

Skoda Yeti Safety

Protection of the passengers and regard for other road users is one of the key development areas for a new car.

The Yeti achieved the highest rating of five stars in the independent Euro NCAP tests and filled the prominent position in its category. Škoda Yeti is great at its high level of safety, but also at the wide-ranging use of modern technology.
The technically most important elements for active safety of the Yeti include bi-xenon headlights with rotary modules, which can better illuminate a bend and thereby reveal any dangers. The front fog lights with the Corner function are another important element and are located together with lights for day lighting in separate circular lights.

The following electronic stability systems can help you prevent a collision: ESP, EDS, AFM, HBA DSR, ABS, MSR, EBV, ESBS and ASR. The risk of a rear impact in a traffic jam on the motorway is reduced by the automatic flashing  function of brake lights during heavy braking, warning lights come on by themselves after the car stops.

If you can no longer prevent an accident, passive security becomes important. The extraordinarily solid design of the SUV body and the robust doorsills and columns, special mounting for the engine and pedals and up to nine airbags, including a knee airbag for the driver and rear side airbags, will reliably protect the space for the driver and passengers.

When the airbags are activated, the fuel pump also switches off, as do the fuel supply and certain electrical circuits, which helps prevent fire. The central locking is opened, the internal lighting comes on and other road users have their attention drawn to the danger by warning lights.

Off-roadThe Yeti is the first Škoda car which offers an off-road mode for the 4x4 version. It is an intelligent system that adapts the characteristics of the engine and brake assistant systems to driving on an unhardened surface and makes driving on a slope easier.

http://skoda-auto.com/com/model/yeti/safety/Pages/safety.aspx

A Post Without Image

Land Rover History



The design for the original Land Rover vehicle was started in 1947 by Maurice Wilks, chief designer at the Rover Company, on his farm in Newborough, Anglesey. It is said that he was inspired by an American World War II Jeep that he used one summer at his holiday home in Wales. The first Land Rover prototype, later nicknamed 'Centre Steer', was built on a Jeep chassis.

The early choice of colour was dictated by military surplus supplies of aircraft cockpit paint, so early vehicles only came in various shades of light green; all models until recently feature sturdy box section ladder-frame chassis.
The early vehicles, such as the Series I, were field-tested at Long Bennington and designed to be field-serviced; advertisements for Rovers cite vehicles driven thousands of miles on banana oil. Now with more complex service requirements this is less of an option. The British Army maintains the use of the mechanically simple 2.5 litre 4-cylinder 300TDi engined versions rather than the electronically controlled 2.5 litre 5-cylinder TD5 to retain some servicing simplicity. This engine also continued in use in some export markets using units built at a Ford plant in Brazil, where Land Rovers were built under license and the engine was also used in Ford pick-up trucks built locally. Production of the TDi engine ended in the United Kingdom in 2006, meaning that Land Rover no longer offers it as an option. International Motors of Brazil offer an engine called the 2.8 TGV Power Torque, which is essentially a 2.8 litre version of the 300TDi, with a corresponding increase in power and torque. All power is combined with an All-Terrain Traction Control which gives active terrain response; Ferrari uses a similar system in race traction.
During its ownership by Ford, Land Rover was associated with Jaguar. In many countries they shared a common sales and distribution network (including shared dealerships), and some models shared components and production facilities.
A Land Rover Sketch by their Design Engineer


Source: wikipedia

A Post Without Image

Skoda-Auto History





Škoda Auto, more commonly known as Škoda, is an automotive manufacturer based in the Czech Republic. Škoda became a wholly owned subsidiary of the Volkswagen Group in 2000, positioned as the entry brand to the group. Its total global sales reached 684,226 cars in 2009 and 85,000 for the month of March 2011.



Škoda Works was established as an arms manufacturer in 1859. The origins of what became Škoda Auto go back to the early 1890s where, like many long-established car manufacturers, a company started out manufacturing bicycles. It was 1894, and 26-year old Václav Klement, who was a bookseller in Mladá Boleslav, in today's Czech Republic, which was then part of Austria-Hungary, was unable to obtain spare parts to repair his German bicycle. Klement returned his bicycle to the manufacturers, Seidel and Naumann, with a letter, in Czech, asking them to carry out repairs, only to receive a reply, in German, stating: "If you would like an answer to your inquiry, you should try writing in a language we can understand". A disgusted Klement, despite not having technical experience, decided to start a bicycle repair shop, which he and Václav Laurin opened in 1895 in Mladá Boleslav. Before going into business partnership with Klement, Laurin was established as a bicycle manufacturer in the nearby town of Turnov. In 1898, after moving to their newly-built factory, the pair bought a Werner "motorcyclist", which was produced by French manufacturer Werner Brothers. Laurin & Klement's first motorcyclette, powered by an engine mounted on the handlebars driving the front wheels, proved dangerous and unreliable an early incident on it cost Laurin a front tooth. To design a safer machine with its structure around the engine, the pair wrote to German ignition specialist Robert Bosch for advice on a different electromagnetic system. The pair's new Slavia motorcycle made its debut in 1899.

In 1900, when the company had a workforce of 32, Slavia exports began, with 150 machines shipped to London for the Hewtson firm. Shortly afterwards, the press credited them as makers of the first motorcycle. The first model, Voiturette A, was a success and the company was established both within Austria-Hungary and internationally. By 1905 the firm was manufacturing automobiles.

After World War I the Laurin-Klement company began producing trucks, but in 1924, after running into problems and being hit by a fire, the company sought a partner, and was acquired by Škoda Works, an arms manufacturer which had become a multi-sector concern and the biggest industrial enterprise in Czechoslovakia. Most later production was under the Škoda name. After a decline during the economic depression, Škoda was again successful with models such as the Popular in the late 1930s.

During the World War II Occupation of Czechoslovakia, the Škoda works was turned into part of Reichswerke Hermann Göring serving the German World War II effort.

Skoda Fabia in the rally championship


Source: wikipedia

Supporter Website

Photobucket Photobucket Photobucket Photobucket Photobucket Photobucket