Announced in November 1947, production of the postwar Olympia, with austere painted hubcaps, began in December 1948 and allowed a modest return to export sales in that year. In October 1948, the Kapitän came back to the Opel line-up, unchanged except for such details as the shape of the headlights and improvements in the leaf springs and dampers. Prices in 1948 were 9950 DM for the Kapitän and 6,785 DM for the Olympia (the Deutschmark having replaced the Reichsmark on 20 June 1948).
The Calibra holds the title of having been the most aerodynamic car in the world at its 1990 launch, with a drag coefficient of just 0.26. With engines ranging in displacement from 1998 cc to 2498 cc, the car reigned supreme over other makes at the time. Its privileged position as the most aerodynamically efficient car would be held until the end of the 90's when the Calibra was overthrown by new Audi and Honda releases, the A2 and Insight respectively.
Technically, Calibra was closely related to the first generation Opel Vectra. It was styled by General Motor's designer Wayne Cherry and German designer Erhard Schnell. The Calibra united exciting design with optimized aerodynamics and everyday practicality. The wide-opening tailgate gave easy access to a versatile, 980-liter luggage compartment. Generous standard equipment included power steering, a five-speed close-ration gearbox, a six-speaker audio system and tinted windows. Air conditioning, a four-speed automatic transmission and an electric tilt/slide sunroof were among the options.
It had some crazy mechanical issues. At one point it stumbled and stalled because the carburetor had come loose from the intake manifold and I had to tighten it back down! Another time, my brother was driving it and the brakes failed. Somehow the end of the brake shoe that meets the brake cylinder piston had become worn on one side, causing the piston to slip off the end of the shoe when the brakes were applied, losing braking and squirting fluid all over.
My parents got a ’66 Wagon in December, 1965, just after the ’57 Beetle they had owned ground its engine to bits on the way to my grandmother’s house in ‘DC. I still remember the chemical smell of the upholstery, those black rocker switches on the left side of the dash with little diagrams in lieu of English, and the twin plastic bulges in the “way back” for the fuel tank and spare tire. The clutch pedal fell apart the first year, and I remember it being an ongoing battle getting it to start in wet weather; GM sold (thanks for nothing!) some kit that was supposed to fix the problem, but it never really went away. The rest of the clutch also eventually fell apart, though I’m not sure if that was Opel’s fault or that of the last person to service it. My father got $50 for it just before he took delivery of a fuel-injected VW Type 3 “Squareback” in 1969; a much better car for only a little more money. There seem to be plenty of references to Kadettes loosing parts in these comments, so I can’t help but assume that they weren’t screwed together all that well. But I also suspect that with more diligent customer support from GM and Buick, these problems would have stayed fixed longer, some of the chronic problems of this car (like starting in North-American weather) would have been worked out and they would have stayed on the road longer. Such support was probably more than what anyone could expect from a Buick dealer used to selling twice the car at twice the price.
Both the Opel Karl and its Vauxhall Viva twin will be built alongside the new Spark in South Korea. Looking at the Opel’s measurements, we can see that the new 2016 Chevrolet Spark’s footprint will grow ever so slightly, with a 0.4-inch longer wheelbase and a 0.2-inch longer overall length. The new car’s roof is 3 inch lower overall, and the car could also weigh around 200 lb less than today’s model if the Karl’s 2070 lb curb weight is indicative of the U.S.-spec 2016 Spark’s specification.
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 […]
The Crossland X was introduced in 2017 as a replacement to the Opel/Vauxhall Meriva. It offers more crossover styling but similar practicality as its predecessor, as the segment of small MPVs has been shrinking in Europe, while small crossovers and SUVs continue to gain popularity across the continent. The Crossland X is based on the same platform as the Citroën C3 Aircross, which will be launched later. In Opel’s line-up, the Crossland X will be positioned below the Opel/Vauxhall Mokka X, but both compete in the same segment of small crossovers.
Rüsselsheim. In 2019 Opel celebrates 120 years of automobile production – and thereby 120 years full of innovations for everyone. The German brand has a tradition of pioneering high-tech advancements and quickly bringing them to series production. This makes mobility affordable for many and the cars safer, cleaner, more comfortable and more practical. The 120 years advertising campaign, “Opel. Born in Germany. Made for everyone.” is based on this philosophy. It was as true of the first Opel – the Patentmotorwagen “System Lutzmann” of 1899 – as of all the other models that followed, from the “Doktorwagen” to “Laubfrosch” (Tree Frog), P4 and Kadett. Today the philosophy matches the Opel Corsa more than any other model.
Instead, it had the same front fascia as the Latin American Chevrolet Corsa, possibly because GM South Africa wanted the same front fascia as the sedan and pickup, as swapping with the European front fascia would have been expensive sawing and welding due to the Latin American Corsa's sharper headlights. This car was 2001 Semperit Irish Car of the Year in Ireland.
In 1909, the Opel 4/8 hp pioneered the introduction of affordable mobility. It was modern with solid technology, easy to operate and manoeuvrable, enabling ambitious car owners to drive it themselves instead of relying on a chauffeur – considerably reducing the overall cost of ownership. And the quality of materials and workmanship created confidence. The first officially designated “small car” in automotive history was considered fully suitable for everyday use. The vehicle ideal for “doctors, veterinarians and lawyers” according to the adverts was available at prices from 4,000 to 5,000 Marks, while models from other manufacturers cost around 20,000 Marks. Thus the means of transport for the upper class became a vehicle for the middle class - thanks to the “Doctor's car”.
*** Autovehicule retrase din fabricație / autovehicule comerciale ușoare: Toate valorile menționate se referă la modelul de bază UE cu dotări standard. Datele privind consumul de carburant și emisiile de CO2 sunt determinate conform regulamentelor R (CE) nr. 715/2007 și R (CE) nr. 692/2008 (în versiunile aflate în vigoare), luând în considerare masa autovehiculului în stare de funcționare, așa cum este specificat în regulamente. Prezența unor echipamente suplimentare și a dotărilor opționale din fabrică poate avea ca efect obținerea unor valori mai ridicate decât cifrele menționate pentru consum și emisii de CO2. Valorile privind consumul de carburant și emisiile de CO2 nu se referă la un autovehicul anume și nu fac parte dintr-o ofertă. Acestea sunt furnizate exclusiv pentru comparația între diferite variante de autovehicule, dar pot fi diferite față de consumul real realizat în condiții reale de conducere, influențat în mare măsură de stilul de conducere și condițiile de utilizare. Echipamentele suplimentare pot crește greutatea autovehiculului atunci când acesta este gol și, în unele cazuri, sarcina admisă pe punți, precum și masa totală admisă a autovehiculului și pot reduce masele admise de remorcare. Acest lucru ar putea duce la reducerea vitezei maxime și la creșterea timpului de accelerare. Valorile performanțelor de conducere iau în considerare un șofer cu greutatea de 75 kg și o încărcătură de 125 kg. 2 gaz H în m3/100 km.