Explore 2019 Mercedes Benz S550, performance and technology features. See models and pricing, as well as photos and videos. We reviews the 2019 Mercedes Benz S550 Price where consumers can find detailed information on specs, fuel economy, transmission and safety. Inside, the 2019 Mercedes Benz S550 is equally cluttered. Its dashboard is upright and puts local weather and audio controls […]
* WLTP: Datele referitoare la consumul de carburant și emisiile de CO2 sunt stabilite utilizând Procedura de testare a autovehiculelor ușoare armonizată la nivel mondial (WLTP), în conformitate cu regulamentele R (CE) nr. 715/2007 și R (UE) nr. 2017/1151 (în versiunile în vigoare). Valorile nu iau în considerare utilizările speciale și condițiile de conducere. Pentru mai multe informații privind valorile oficiale ale consumului de carburant și ale emisiilor de CO2, te rugăm să citești „Ghidul privind consumul de carburant și emisiile de CO2 ale autoturismelor noi” disponibil gratuit la toate punctele de vânzare sau la autoritatea de stat sau organismul desemnat.
The Carnection thing was only part of Behlmann’s problems. The fact that no one was buying full-size conversion vans anymore surely couldn’t have helped. Behlmann was by far the biggest dealer in the country for those things. The ’90s SUV craze was a little slower to take hold in STL because Behlmann’s volume allowed them to sell big conversion vans for not much more than a loaded up SUV. Those vans were EVERYWHERE!

During the 1930s, the Rüsselsheim plant was never given a major role in Germany's war preparations. Neither was Ford's plant in Cologne considered trustworthy enough for a big assignment, such as tank manufacture, in view of their earlier foreign associations. Initially, of course, the war was thought to be a short one settled in Germany's favour. Auto plants were shut down, to conserve resources, but not converted to other jobs. As was common with much of the production in Nazi Germany during the war, slave labor of deported civilians and Soviet POWs was utilized in the Opel factories.


The care taken over the detailed design of the new engine was rewarded with a power unit which earned widespread respect in the industry and, at least with the Kadett A, tended to outlive the rest of the car in which it was fitted. In later incarnations both the 1.0 litre unit and an enlarged 1.2 litre version were still used in small Opels, including the first Opel Corsa (and Vauxhall Nova) well into the 1990s.
The Corsa GSi family was founded in 1988 by the 100 hp Corsa A (now a much sought-after classic) Then came the Corsa B GSi 16V with 109 hp and a powerful low-end torque characteristic, the Corsa C GSi with 125 hp and a top speed of 202 km/h, and from 2007 the Corsa D GSi, for the first time with turbocharging and 150 hp from 1,600 cubic centimetres. In August 2012 Opel and the Corsa took a break from the GSi – until September 2017. At the Frankfurt Motor Show (IAA), the Opel Insignia GSi celebrated its world premiere and the GSi label its comeback. And now, one year later, the Corsa GSi has returned too.
This new category, Group A, featured very stringent homologation requirements. In order to qualify for competition, the competing model needed to be produced at least 25,000 times. Furthermore, the FIA required ten percent of these cars to be a specialty model, with another 500 allowed as “Evolution” models. If the 25,000 car limit had not yet been met, the new model had to attain a production number of at least 5000 units a year.
Power will come exclusively from a three-cylinder 1.0-liter naturally aspirated gasoline engine developing 75 HP (55 kW) delivered to the front wheels through a five-speed manual gearbox. Opel and Vauxhall say the chassis has been tweaked to provide "exceptional safety and comfort" and both cars come with traction control, hill start assist and electronic stability control.
Further information about official fuel consumption, official specific CO2 emissions and consumption of electric energy can be found in the “guideline about fuel consumption, CO2 Emissions and electric energy consumption of new passenger cars” ('Leitfaden über den Kraftstoffverbrauch, die CO2-Emissionen und den Stromverbrauch neuer Personenkraftwagen') in German language, which is available free of charge at any point of sales and at DAT Deutsche Automobil Treuhand GmbH, Helmuth-Hirth-Straße 1, D-73760 Ostfildern. 
In the early 1920s, Opel became the first German car manufacturer to incorporate a mass-production assembly line in the building of their automobiles. In 1924, they used their assembly line to produce a new open two-seater called the Laubfrosch (Tree frog). The Laubfrosch was finished exclusively in green lacquer. The car sold for an expensive 3,900 marks (expensive considering the less expensive manufacturing process), but by the 1930s, this type of vehicle would cost a mere 1,930 marks – due in part to the assembly line, but also due to the skyrocketing demand for cars. Adam Opel led the way for motorised transportation to become not just a means for the rich, but also a reliable way for people of all classes to travel.
A rare "Sport" model was produced in 1985 to homologate for the sub 1,300 cc class of Group A for the British Rally Championship.[citation needed] These sport models were white and came with unique vinyl decals, a 13SB engine with twin Weber 40 DCOE carburettors, an optional bespoke camshaft, a replacement rear silencer, and few luxuries. This gave 93 hp and a top speed of 112 mph (180 km/h) with a 0–60 mph time of 8.9 seconds. These are by far the rarest models (500 produced) and thus acquire a high market price if one does become available.
Opel also produced the first mass-production vehicle in Germany with a self-supporting ("unibody") all-steel body, closely following the 1934 Citroën Traction Avant. This was one of the most important innovations in automotive history.[15] They called the car, launched in 1935, the Olympia. With its small weight and aerodynamics came an improvement in both performance and fuel consumption. Opel received a patent on this technology.[citation needed]
The extra-light, all-aluminium engines, together with optimization of the front and rear axles, also contribute to the low total weight. The particularly compact three-cylinder petrol engines weigh around 15kg less than the previous generation of similarly powerful four-cylinder units. Highly unusual in the small-car-sector is the new Corsa’s aluminium engine bonnet, which although longer, saves 2.4kg in comparison to the previous model’s bonnet made of steel. The Insignia flagship was previously the only model in the Opel range with an aluminium bonnet. The seats also have been put on a diet. The new optimized seat structure saves a total of 10kg – 5.5kg at the front, 4.5kg at the rear. New lighter insulating material was used for fine tuning. Altogether the measures result in a weight reduction that, in combination with optimum aerodynamics and the efficient powertrains, will lead to a considerable reduction in fuel consumption and CO2 emissions.

Just at war's end, a small skeleton crew began clearing the rubble from the plant. By May 1945, this work had advanced enough to allow the beginning of production of desperately needed Opel parts. Getting the materials for them was more dependent on barter and black markets than it was on normal sources of supply, which had all but ceased to exist.
Customers and experts are already enthusiastic about the IntelliLux LED® matrix lighting technology in the Opel Insignia flagship and Astra compact cars: in Europe, 20 per cent of Astra drivers and 60 per cent of Insignia customers order this innovative system. Around 90,000 new Opel cars equipped with matrix technology thus enter the European market per year. The glare-free matrix headlights automatically and continuously adapt to the prevailing traffic situation and surroundings. Approaching traffic and preceding vehicles are simply “cut out” of the illuminated area. Glare is minimised and drivers enjoy optimum visibility - as will soon be the case with the new-generation Opel Corsa.
A convertible version wis an aa available, for the first time in 1987, biggit bi Bertone o Torino/Italy, bringin it tae line wi key competitors sic as the Ford Escort an Volkswagen Golf which wur available as cabrios afore. For the 1988 model, capacities wur raised tae 1400, 1800 an a new 2000 cc ingine, again uised on the GSi an Vauxhall Astra GTE. In 1988, a 16-valve twin-cam version wis developed for a hie performance GSi/GTE model, yieldin 156 hp (115 kW) in manufactured form.

1Opciono. Funkcioniše automatski iznad 5 km/h i ispod 85 km/h. Od 5 do 30 km/h, indikator usporenja da bi se umanjila brzina udara pri sudaru je 0.9 g. Od 30 do 85 km/h, sistem smanjuje brzinu za maksimalno 22 km/h. Nakon ove granice, vozač mora sam da koči kako bi dodatno smanjio brzinu. Raspon operativne brzine AEBPD-a zavisi od vrste otrkivene prepreke (pokretna meta: od 5 do 85 km/h; fiksna meta: od 5 do 80 km/h; pešak: od 5 do 60 km/h). Namena Opelovih sistema pomoći vozaču je podrška vozaču u okviru sistemskih ograničenja. Vozač ostaje odgovoran za zadatak vožnje.  Očekuje se da će biti dostupan od jeseni 2017.

Furthermore, the front end was completely stripped of any superfluous sheet metal, and was clad in a composite one-piece clamshell to reduce weight and increase rigidity. The changes were complemented by lighter multi-spoke BBS wheels, and an evolved aerodynamics package, which further distanced the car from the production model. Meanwhile, Cosworth managed to extract some more revs (up to 12,800) to fire 457 horsepower at all four wheels.
The Kadett B wis sauld in the Unitit States throu Buick dealers frae 1967 till 1972 simply as the Opel. U.S. models wur later grantit the front end an trim o the new Opel Olympia, introduced in 1966 as an upmarket version o the Kadett. The caur teuk pairt in the Trans-Am Series durin its commercial life. Kadett A an B wur technically semple caurs whose task wis tae compete wi the mercat leader, the Volkswagen Beetle.

*Fuel economy values are determined through CO2 measurement in accordance with the latest ECE R101/SANS 20101 standards, as prescribed by South African government, conducted in a controlled environment and were correct at the time this disclaimer was published, which is subject to change. The specifications are for comparison purposes between the different vehicle models available in the S.A market which are all tested in the same manner, specific driving cycles and controlled environment.


Within Opel the Calibra was a car with potential but sadly much of it was unrealised. Valmet Automotive in Finland, who had a manufacturing facility that build Calibras alongside the German plant, produced two handsome convertible prototypes that never saw production. A Saab coupe based on the Calibra was also rumoured but, again, never saw the light of day. 

The Crossland X is available with petrol, diesel and LPG engines. The petrol engines are all 1.2-litre 3-cylinder units with power outputs of 81, 110 and 130 hp (97 kW). The two higher-powered versions are turbocharged and have balance shafts. On the diesel side the Crossland X offers a 1.6-litre 4-cylinder engine with either 99 hp (74 kW) or 120 hp (89 kW). Both the 120 hp (89 kW) diesel and 130 hp (97 kW) petrol models get a 6-speed manual gearbox; the other engines come with 5-speed manuals. A 6-speed automatic is available in conjunction with the 110 hp (82 kW) engine.

The manufacturer now offered two versions of the Kadett, designated the "Kadett KJ38 and the "Kadett K38" the latter also being sold as the "Kadett Spezial". Mechanically and in terms of published performance there was little to differentiate the two, but the "Spezial" had a chrome stripe below the window line, and extra external body trim in other areas such as on the front grill. The interior of the "Spezial" was also better equipped. To the extent that the 300 Mark saving for buyers of the car reflected reduced production costs, the major difference was that the more basic "KJ38" lost the synchromous springing with which the car had been launched, and which continued to be fitted on the "Spezial". The base car instead reverted to traditional rigid axle based suspension similar to that fitted on the old Opel P4.
Rüsselsheim.  Opel will this year launch the sixth generation of the Corsa. Starting with the first model in 1982, the Corsa has now recorded sales of more than 13.5 million units. The next generation will bring a revolution in lighting to small cars: the multiple award-winning IntelliLux LED® matrix lighting technology. The newly developed Corsa will feature for the first time the adaptive, glare-free full-LED headlight system that has impressed experts and customers since its introduction on the current Opel Astra (European Car Of The Year 2016). Following their arrival in the compact class, matrix headlights (which are usually found only on expensive premium cars) will therefore appear for the first time in the very popular mainstream B market segment – the biggest in Europe. Another demonstration of the democratisation of technology from Opel – the exciting, approachable, German brand.
"(Opel) had been seized by the German government soon after the war began. In 1942, our entire investment in Opel amounted to about $35 million, and under a ruling which the Treasury Department had made concerning assets in enemy hands, we were allowed to write off the investment against current taxable income. But this ruling did not end our interest in, or responsibility for, the Opel property. As the end of the war drew near, we were given to understand that we were still considered the owners of the Opel stock; and we were also given to understand that as the owners, we might be obliged to assume responsibility for the property." It was a responsibility that Sloan and his associates were not at all sure was worth the risk in the chaos of postwar Europe.
Automatic Emergency Braking with Pedestrian Detection works automatically at speeds between 5 and 140km/h. For speeds between 5 and 30km/h a 0.9g deceleration is applied to reduce the impact speed of the collision. For speeds of 30 to 140km/h the system reduces the speed by up to 50km/h. To reduce speed by over 50km/h the driver needs to provide additional braking. The operational speed range depends on the type of obstacle detected:
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